![\"<p><strong><em>Khalid](\"\/\/www.iser-br.com\/Themes\/Release\/images\/responsive\/ettelecom-default.jpg\")
Does storage become even more critical in the 5G era? Can it become a bottleneck to performance in certain conditions?
<\/strong>
The adoption of 4G\/LTE in the last decade has led to the proliferation of social media, video streaming, gaming, and many other applications, which have resulted in a humongous growth of data.
5G is even more exciting. It could be one of the most prominent technologies of the decade. Three of the most exciting application areas or use cases for 5G are eMBB (enhanced mobile broadband<\/a>), URLLC (Ultra-reliable low-latency communication), and mMTC (Massive machine-type communication). These use cases can generate an unprecedented amount of data, much more than 4G\/LTE. Most importantly, this data needs to be processed and stored at the edge and cloud to extract insights.
The immediate benefits of 5G, such as higher data rates, lower latencies, and higher network capacities, throw unique challenges to the storage hardware interfaces that companies like Western Digital will have to address. Otherwise, your 5G experience will be reduced to the characteristics of the weakest link.
We hear edge computing<\/a> and edge storage are crucial to a 5G future; why?<\/strong>
New applications such as remote healthcare, connected vehicles, and industrial automation need real-time data processing and storage. While the cloud will still exist to provide large-scale analytics at a central location, edge processing can happen close to the location where the data is actually collected from the endpoints and sensors. This will improve the efficiency, performance, and safety of the network. Overall, it will also reduce costs and be easier to maintain. In addition, the technologies for processing and storage should be located near one another to get real value from the data. Hence, edge storage becomes crucial along with edge processing.
5G will have a domino effect on existing network infrastructure. With 5G, more intelligence and computing power will migrate from the cloud to the edge.
Will a different kind of storage be needed? If yes, why?
<\/strong>
Storage was not the bottleneck for 4G networks. However, this changes dramatically with 5G. 5G use cases are bringing architectural changes into the storage designs. Considering the amount of data generation and the use cases, 5G needs storage devices<\/a> with higher capacities, newer interfaces, more random read\/write performance, longer data retention, and increased endurance. Let's take an example of today's standard hardware interfaces for embedded products. While continuing to serve as the storage backbone for many embedded applications, eMMC data transfer bandwidth is lower compared to the newer JEDEC standard, UFS3.1 which were first deployed in smartphones and were designed to deliver higher speeds in line with 5G requirements.
Another example of an older storage interface for SSDs is SATA, which can be a bottleneck for 5G Edge processing.
Read also<\/h4><\/a><\/figure>5G mobiles account for 22 pc share of India's smartphone shipment: CMR<\/a><\/h5><\/div><\/a><\/figure>5G spectrum auctions in April-May 2022, govt clean on Pegasus: Vaishnaw<\/a><\/h5><\/div><\/a><\/figure>Open RAN: Critical to India 5G success but a road fraught with challenges<\/a><\/h5><\/div><\/a><\/figure>Nokia to launch SaaS services for telcos; says targeting $3.1 billion addressable market<\/a><\/h5><\/div><\/div><\/div>
Due to the fast speeds of 5G, we don't need much local storage, right?<\/strong>
On the contrary. With 5G, you'll need more local storage at the edge and endpoints. Even after the adoption of 5G networks<\/a> worldwide, we will face network challenges. Connectivity could be slow, intermittent, or even non-existent sometimes. So, for mission-critical and life-saving applications, you cannot wait for a data centre to respond to a query. So, local processing and storage, along with the transfer of only specific results back to a central data center is the answer.
What's next?<\/strong>
5G changes the storage architecture of both the data centre and the edge\/endpoints. We are well-positioned to help customers with the right storage requirements. The company continues to innovate for its customers' new applications and workloads and reduce their costs. It is also heavily invested in R&D, designing, and manufacturing of HDDs (hard drives) and flash memory products enabling it to see a larger view of storage across products and technologies.
For the next-generation 5G enterprise data centers, We are committed to the development of massive capacity JBOD's (over 2 Petabytes in a single box), NVMe over Fabric (over 600TB in a single box), and cutting-edge technologies, such as OptiNAND, Triple Stage actuator and Zoned Namespaces SSDs.
For the 5G endpoints and edge, We are continuously innovating in 3D NAND flash cell, firmware, and ASIC technology to deliver high-performance UFS 3.1 embedded flash drives in BGA packages, extended temperature grade SD cards, and industrial NVMe SSDs.
We are ensuring that hardware will not be a limiter of 5G capabilities. That’s why we’re taking high-speed storage to the next level.
<\/body>","next_sibling":[{"msid":87777980,"title":"India's Mahanagar Telephone Nigam surges after report on govt's revival plan","entity_type":"ARTICLE","link":"\/news\/indias-mahanagar-telephone-nigam-surges-after-report-on-govts-revival-plan\/87777980","category_name":null,"category_name_seo":"telecomnews"}],"related_content":[],"seoschemas":false,"msid":87778257,"entity_type":"ARTICLE","title":"ETTelecom interviews: Western Digital\u2019s Khalid Wani on storage requirements in the 5G era","synopsis":"\"Considering the amount of data generation and the use cases, 5G needs storage devices with higher capacities, newer interfaces, more random read\/write performance, longer data retention, and increased endurance,\" Wani highlights. ","titleseo":"telecomnews\/ettelecom-interviews-western-digitals-khalid-wani-on-storage-requirements-in-the-5g-era","status":"ACTIVE","authors":[{"author_name":"Danish Khan","author_link":"\/author\/479206691\/danish-khan","author_image":"https:\/\/etimg.etb2bimg.com\/authorthumb\/479206691.cms?width=250&height=250&imgsize=7874","author_additional":{"thumbsize":true,"msid":479206691,"author_name":"Danish Khan","author_seo_name":"danish-khan","designation":"Senior Assistant Editor","agency":false}}],"analytics":{"comments":0,"views":747,"shares":0,"engagementtimems":2349000},"Alttitle":{"minfo":""},"artag":"ETTelecom","artdate":"2021-11-18 15:09:47","lastupd":"2021-11-18 15:09:48","breadcrumbTags":["5G networks","Devices","device storage in 5G era","5G","edge computing","Western Digital","Western Digital 5G","5G technology","enhanced mobile broadband","Interviews"],"secinfo":{"seolocation":"telecomnews\/ettelecom-interviews-western-digitals-khalid-wani-on-storage-requirements-in-the-5g-era"}}" data-authors="[" danish khan"]" data-category-name="" data-category_id="" data-date="2021-11-18" data-index="article_1">
- Telecom乐动扑克News
- 4分钟阅读
乐动娱乐招聘ETTelecom采访:西部数据的哈立德万尼5 g的存储需求的时代
“考虑到生成的数据量和用例,5 g需要较高的存储设备能力,更新界面,随机读/写性能,更长的数据保留,并增加耐力,“万尼集锦。
哈立德万尼高级主管销售、印度、西方该服务。
采访中ET的丹麦汗,哈立德万尼高级主管销售、印度、西部数据公司谈到的存储需求5克时代。他说,5克,需要更多的本地存储在边缘和端点。编辑摘录
并存储在5 g时代更加重要?它是否能成为一个瓶颈在一定条件下性能?
采用4 g / LTE在过去十年中,导致了社会媒体的扩散,视频,游戏,和许多其他应用程序,导致巨额增长的数据。
5 g是更令人兴奋。这可能是最知名的技术之一。三个最令人兴奋的应用领域或用例5 g eMBB (增强的移动宽带),URLLC(飞船稳定性极强,低延迟通信),mMTC(大规模机械化的沟通)。这些用例可以产生前所未有的数据量,远远超过4 g LTE。最重要的是,这些数据需要处理和存储和云边缘提取的见解。
5 g的直接好处,比如更高的数据速率,降低延迟,和更高的网络能力,把独特的挑战的存储硬件接口,西部数据公司将不得不解决。否则,你的5 g经验将会减少到最薄弱的环节的特点。
我们听到边缘计算和边缘存储5 g的未来是至关重要的;为什么?
新的应用,如远程医疗,联系车辆,工业自动化需要实时数据处理和存储。而云仍然存在提供大规模的分析在一个中央位置,边缘处理可能发生接近的位置和传感器收集的数据实际上是端点。这将提高效率、性能和安全的网络。总的来说,它也会降低成本和更容易维护。此外,处理和存储的技术应该附近另一个从数据获得真正的价值。因此,边缘沿着边缘处理存储就变得至关重要。
5 g多米诺效应在现有网络基础设施。5克,更多的情报和计算能力将从云迁移到边缘。
一种不同的存储需要吗?如果是,为什么?
存储不是4 g网络的瓶颈。然而,这5 g的显著变化。5克用例引入架构更改存储设计。考虑到生成的数据量和用例,5 g需要存储设备较高的能力,更新界面,更随机读/写性能,更长的数据保留,并增加耐力。让我们今天的标准硬件接口的一个例子为嵌入式产品。同时继续作为许多嵌入式应用程序,存储骨干eMMC数据传输带宽较低与更新的电平标准相比,UFS3.1首次部署在智能手机和设计提供更高的速度符合5 g的要求。
老为ssd存储接口的另一个例子是SATA,可5 g边缘处理的瓶颈。
读也
由于速度快5克,我们并不需要太多的本地存储,对吧?
相反。5克,你会需要更多的本地存储在边缘和端点。即使采用5 g网络网络在世界范围内,我们将面临的挑战。连接可能是缓慢的,断断续续的,有时甚至是不存在的。因此,对于挽救生命的任务关键型应用程序中,你不能等待回复查询的数据中心。本地处理和存储,以及转让只有特定的结果返回给一个中央数据中心就是答案。
接下来是什么?
5 g的存储架构变化数据中心和边缘/端点。我们将能够帮助客户正确的存储需求。该公司将继续为客户创新的新的应用程序和工作负载,降低自己的成本。还大量投资于研发、设计、制造的hdd硬盘和闪存产品使其看到的大图存储在产品和技术。
为下一代5 g企业数据中心,我们致力于开发大容量文件的(超过2 pb在一个箱子里),NVMe在织物(超过600结核病在一个箱子里),和尖端技术,如OptiNAND、三阶段ssd驱动器和分区名称空间。
5 g的端点和边缘,我们不断创新在3 d NAND闪存细胞,固件和ASIC技术提供高性能UFS 3.1嵌入式闪存BGA包、扩展温度级SD卡,和工业NVMe ssd。
我们确保硬件不会5 g的限幅器功能。这就是为什么我们正在高速存储到一个新的层次。
Khalid Wani, Senior Director Sales, India, Western Digita.<\/span><\/figcaption><\/figure>In an interview with ET’s Danish Khan, Khalid Wani, Senior Director Sales, India, Western Digital<\/a> talks about the storage requirements in the 5G<\/a> era. He said that with 5G, there will be a need for more local storage at the edge and endpoints. Edited Excerpts
Does storage become even more critical in the 5G era? Can it become a bottleneck to performance in certain conditions?
<\/strong>
The adoption of 4G\/LTE in the last decade has led to the proliferation of social media, video streaming, gaming, and many other applications, which have resulted in a humongous growth of data.
5G is even more exciting. It could be one of the most prominent technologies of the decade. Three of the most exciting application areas or use cases for 5G are eMBB (enhanced mobile broadband<\/a>), URLLC (Ultra-reliable low-latency communication), and mMTC (Massive machine-type communication). These use cases can generate an unprecedented amount of data, much more than 4G\/LTE. Most importantly, this data needs to be processed and stored at the edge and cloud to extract insights.
The immediate benefits of 5G, such as higher data rates, lower latencies, and higher network capacities, throw unique challenges to the storage hardware interfaces that companies like Western Digital will have to address. Otherwise, your 5G experience will be reduced to the characteristics of the weakest link.
We hear edge computing<\/a> and edge storage are crucial to a 5G future; why?<\/strong>
New applications such as remote healthcare, connected vehicles, and industrial automation need real-time data processing and storage. While the cloud will still exist to provide large-scale analytics at a central location, edge processing can happen close to the location where the data is actually collected from the endpoints and sensors. This will improve the efficiency, performance, and safety of the network. Overall, it will also reduce costs and be easier to maintain. In addition, the technologies for processing and storage should be located near one another to get real value from the data. Hence, edge storage becomes crucial along with edge processing.
5G will have a domino effect on existing network infrastructure. With 5G, more intelligence and computing power will migrate from the cloud to the edge.
Will a different kind of storage be needed? If yes, why?
<\/strong>
Storage was not the bottleneck for 4G networks. However, this changes dramatically with 5G. 5G use cases are bringing architectural changes into the storage designs. Considering the amount of data generation and the use cases, 5G needs storage devices<\/a> with higher capacities, newer interfaces, more random read\/write performance, longer data retention, and increased endurance. Let's take an example of today's standard hardware interfaces for embedded products. While continuing to serve as the storage backbone for many embedded applications, eMMC data transfer bandwidth is lower compared to the newer JEDEC standard, UFS3.1 which were first deployed in smartphones and were designed to deliver higher speeds in line with 5G requirements.
Another example of an older storage interface for SSDs is SATA, which can be a bottleneck for 5G Edge processing.
Read also<\/h4><\/a><\/figure>5G mobiles account for 22 pc share of India's smartphone shipment: CMR<\/a><\/h5><\/div><\/a><\/figure>5G spectrum auctions in April-May 2022, govt clean on Pegasus: Vaishnaw<\/a><\/h5><\/div><\/a><\/figure>Open RAN: Critical to India 5G success but a road fraught with challenges<\/a><\/h5><\/div><\/a><\/figure>Nokia to launch SaaS services for telcos; says targeting $3.1 billion addressable market<\/a><\/h5><\/div><\/div><\/div>
Due to the fast speeds of 5G, we don't need much local storage, right?<\/strong>
On the contrary. With 5G, you'll need more local storage at the edge and endpoints. Even after the adoption of 5G networks<\/a> worldwide, we will face network challenges. Connectivity could be slow, intermittent, or even non-existent sometimes. So, for mission-critical and life-saving applications, you cannot wait for a data centre to respond to a query. So, local processing and storage, along with the transfer of only specific results back to a central data center is the answer.
What's next?<\/strong>
5G changes the storage architecture of both the data centre and the edge\/endpoints. We are well-positioned to help customers with the right storage requirements. The company continues to innovate for its customers' new applications and workloads and reduce their costs. It is also heavily invested in R&D, designing, and manufacturing of HDDs (hard drives) and flash memory products enabling it to see a larger view of storage across products and technologies.
For the next-generation 5G enterprise data centers, We are committed to the development of massive capacity JBOD's (over 2 Petabytes in a single box), NVMe over Fabric (over 600TB in a single box), and cutting-edge technologies, such as OptiNAND, Triple Stage actuator and Zoned Namespaces SSDs.
For the 5G endpoints and edge, We are continuously innovating in 3D NAND flash cell, firmware, and ASIC technology to deliver high-performance UFS 3.1 embedded flash drives in BGA packages, extended temperature grade SD cards, and industrial NVMe SSDs.
We are ensuring that hardware will not be a limiter of 5G capabilities. That’s why we’re taking high-speed storage to the next level.
<\/body>","next_sibling":[{"msid":87777980,"title":"India's Mahanagar Telephone Nigam surges after report on govt's revival plan","entity_type":"ARTICLE","link":"\/news\/indias-mahanagar-telephone-nigam-surges-after-report-on-govts-revival-plan\/87777980","category_name":null,"category_name_seo":"telecomnews"}],"related_content":[],"seoschemas":false,"msid":87778257,"entity_type":"ARTICLE","title":"ETTelecom interviews: Western Digital\u2019s Khalid Wani on storage requirements in the 5G era","synopsis":"\"Considering the amount of data generation and the use cases, 5G needs storage devices with higher capacities, newer interfaces, more random read\/write performance, longer data retention, and increased endurance,\" Wani highlights. ","titleseo":"telecomnews\/ettelecom-interviews-western-digitals-khalid-wani-on-storage-requirements-in-the-5g-era","status":"ACTIVE","authors":[{"author_name":"Danish Khan","author_link":"\/author\/479206691\/danish-khan","author_image":"https:\/\/etimg.etb2bimg.com\/authorthumb\/479206691.cms?width=250&height=250&imgsize=7874","author_additional":{"thumbsize":true,"msid":479206691,"author_name":"Danish Khan","author_seo_name":"danish-khan","designation":"Senior Assistant Editor","agency":false}}],"analytics":{"comments":0,"views":747,"shares":0,"engagementtimems":2349000},"Alttitle":{"minfo":""},"artag":"ETTelecom","artdate":"2021-11-18 15:09:47","lastupd":"2021-11-18 15:09:48","breadcrumbTags":["5G networks","Devices","device storage in 5G era","5G","edge computing","Western Digital","Western Digital 5G","5G technology","enhanced mobile broadband","Interviews"],"secinfo":{"seolocation":"telecomnews\/ettelecom-interviews-western-digitals-khalid-wani-on-storage-requirements-in-the-5g-era"}}" data-news_link="//www.iser-br.com/news/ettelecom-interviews-western-digitals-khalid-wani-on-storage-requirements-in-the-5g-era/87778257">
<\/a><\/figure>5G mobiles account for 22 pc share of India's smartphone shipment: CMR<\/a><\/h5><\/div><\/a><\/figure>5G spectrum auctions in April-May 2022, govt clean on Pegasus: Vaishnaw<\/a><\/h5><\/div><\/a><\/figure>Open RAN: Critical to India 5G success but a road fraught with challenges<\/a><\/h5><\/div><\/a><\/figure>Nokia to launch SaaS services for telcos; says targeting $3.1 billion addressable market<\/a><\/h5><\/div><\/div><\/div>
Due to the fast speeds of 5G, we don't need much local storage, right?<\/strong>
On the contrary. With 5G, you'll need more local storage at the edge and endpoints. Even after the adoption of 5G networks<\/a> worldwide, we will face network challenges. Connectivity could be slow, intermittent, or even non-existent sometimes. So, for mission-critical and life-saving applications, you cannot wait for a data centre to respond to a query. So, local processing and storage, along with the transfer of only specific results back to a central data center is the answer.
What's next?<\/strong>
5G changes the storage architecture of both the data centre and the edge\/endpoints. We are well-positioned to help customers with the right storage requirements. The company continues to innovate for its customers' new applications and workloads and reduce their costs. It is also heavily invested in R&D, designing, and manufacturing of HDDs (hard drives) and flash memory products enabling it to see a larger view of storage across products and technologies.
For the next-generation 5G enterprise data centers, We are committed to the development of massive capacity JBOD's (over 2 Petabytes in a single box), NVMe over Fabric (over 600TB in a single box), and cutting-edge technologies, such as OptiNAND, Triple Stage actuator and Zoned Namespaces SSDs.
For the 5G endpoints and edge, We are continuously innovating in 3D NAND flash cell, firmware, and ASIC technology to deliver high-performance UFS 3.1 embedded flash drives in BGA packages, extended temperature grade SD cards, and industrial NVMe SSDs.
We are ensuring that hardware will not be a limiter of 5G capabilities. That’s why we’re taking high-speed storage to the next level.
<\/body>","next_sibling":[{"msid":87777980,"title":"India's Mahanagar Telephone Nigam surges after report on govt's revival plan","entity_type":"ARTICLE","link":"\/news\/indias-mahanagar-telephone-nigam-surges-after-report-on-govts-revival-plan\/87777980","category_name":null,"category_name_seo":"telecomnews"}],"related_content":[],"seoschemas":false,"msid":87778257,"entity_type":"ARTICLE","title":"ETTelecom interviews: Western Digital\u2019s Khalid Wani on storage requirements in the 5G era","synopsis":"\"Considering the amount of data generation and the use cases, 5G needs storage devices with higher capacities, newer interfaces, more random read\/write performance, longer data retention, and increased endurance,\" Wani highlights. ","titleseo":"telecomnews\/ettelecom-interviews-western-digitals-khalid-wani-on-storage-requirements-in-the-5g-era","status":"ACTIVE","authors":[{"author_name":"Danish Khan","author_link":"\/author\/479206691\/danish-khan","author_image":"https:\/\/etimg.etb2bimg.com\/authorthumb\/479206691.cms?width=250&height=250&imgsize=7874","author_additional":{"thumbsize":true,"msid":479206691,"author_name":"Danish Khan","author_seo_name":"danish-khan","designation":"Senior Assistant Editor","agency":false}}],"analytics":{"comments":0,"views":747,"shares":0,"engagementtimems":2349000},"Alttitle":{"minfo":""},"artag":"ETTelecom","artdate":"2021-11-18 15:09:47","lastupd":"2021-11-18 15:09:48","breadcrumbTags":["5G networks","Devices","device storage in 5G era","5G","edge computing","Western Digital","Western Digital 5G","5G technology","enhanced mobile broadband","Interviews"],"secinfo":{"seolocation":"telecomnews\/ettelecom-interviews-western-digitals-khalid-wani-on-storage-requirements-in-the-5g-era"}}" data-authors="[" danish khan"]" data-category-name="" data-category_id="" data-date="2021-11-18" data-index="article_1">
- Telecom乐动扑克News
- 4分钟阅读
乐动娱乐招聘ETTelecom采访:西部数据的哈立德万尼5 g的存储需求的时代
“考虑到生成的数据量和用例,5 g需要较高的存储设备能力,更新界面,随机读/写性能,更长的数据保留,并增加耐力,“万尼集锦。
哈立德万尼高级主管销售、印度、西方该服务。
采访中ET的丹麦汗,哈立德万尼高级主管销售、印度、西部数据公司谈到的存储需求5克时代。他说,5克,需要更多的本地存储在边缘和端点。编辑摘录
并存储在5 g时代更加重要?它是否能成为一个瓶颈在一定条件下性能?
采用4 g / LTE在过去十年中,导致了社会媒体的扩散,视频,游戏,和许多其他应用程序,导致巨额增长的数据。
5 g是更令人兴奋。这可能是最知名的技术之一。三个最令人兴奋的应用领域或用例5 g eMBB (增强的移动宽带),URLLC(飞船稳定性极强,低延迟通信),mMTC(大规模机械化的沟通)。这些用例可以产生前所未有的数据量,远远超过4 g LTE。最重要的是,这些数据需要处理和存储和云边缘提取的见解。
5 g的直接好处,比如更高的数据速率,降低延迟,和更高的网络能力,把独特的挑战的存储硬件接口,西部数据公司将不得不解决。否则,你的5 g经验将会减少到最薄弱的环节的特点。
我们听到边缘计算和边缘存储5 g的未来是至关重要的;为什么?
新的应用,如远程医疗,联系车辆,工业自动化需要实时数据处理和存储。而云仍然存在提供大规模的分析在一个中央位置,边缘处理可能发生接近的位置和传感器收集的数据实际上是端点。这将提高效率、性能和安全的网络。总的来说,它也会降低成本和更容易维护。此外,处理和存储的技术应该附近另一个从数据获得真正的价值。因此,边缘沿着边缘处理存储就变得至关重要。
5 g多米诺效应在现有网络基础设施。5克,更多的情报和计算能力将从云迁移到边缘。
一种不同的存储需要吗?如果是,为什么?
存储不是4 g网络的瓶颈。然而,这5 g的显著变化。5克用例引入架构更改存储设计。考虑到生成的数据量和用例,5 g需要存储设备较高的能力,更新界面,更随机读/写性能,更长的数据保留,并增加耐力。让我们今天的标准硬件接口的一个例子为嵌入式产品。同时继续作为许多嵌入式应用程序,存储骨干eMMC数据传输带宽较低与更新的电平标准相比,UFS3.1首次部署在智能手机和设计提供更高的速度符合5 g的要求。
老为ssd存储接口的另一个例子是SATA,可5 g边缘处理的瓶颈。
读也
由于速度快5克,我们并不需要太多的本地存储,对吧?
相反。5克,你会需要更多的本地存储在边缘和端点。即使采用5 g网络网络在世界范围内,我们将面临的挑战。连接可能是缓慢的,断断续续的,有时甚至是不存在的。因此,对于挽救生命的任务关键型应用程序中,你不能等待回复查询的数据中心。本地处理和存储,以及转让只有特定的结果返回给一个中央数据中心就是答案。
接下来是什么?
5 g的存储架构变化数据中心和边缘/端点。我们将能够帮助客户正确的存储需求。该公司将继续为客户创新的新的应用程序和工作负载,降低自己的成本。还大量投资于研发、设计、制造的hdd硬盘和闪存产品使其看到的大图存储在产品和技术。
为下一代5 g企业数据中心,我们致力于开发大容量文件的(超过2 pb在一个箱子里),NVMe在织物(超过600结核病在一个箱子里),和尖端技术,如OptiNAND、三阶段ssd驱动器和分区名称空间。
5 g的端点和边缘,我们不断创新在3 d NAND闪存细胞,固件和ASIC技术提供高性能UFS 3.1嵌入式闪存BGA包、扩展温度级SD卡,和工业NVMe ssd。
我们确保硬件不会5 g的限幅器功能。这就是为什么我们正在高速存储到一个新的层次。
Khalid Wani, Senior Director Sales, India, Western Digita.<\/span><\/figcaption><\/figure>In an interview with ET’s Danish Khan, Khalid Wani, Senior Director Sales, India, Western Digital<\/a> talks about the storage requirements in the 5G<\/a> era. He said that with 5G, there will be a need for more local storage at the edge and endpoints. Edited Excerpts
Does storage become even more critical in the 5G era? Can it become a bottleneck to performance in certain conditions?
<\/strong>
The adoption of 4G\/LTE in the last decade has led to the proliferation of social media, video streaming, gaming, and many other applications, which have resulted in a humongous growth of data.
5G is even more exciting. It could be one of the most prominent technologies of the decade. Three of the most exciting application areas or use cases for 5G are eMBB (enhanced mobile broadband<\/a>), URLLC (Ultra-reliable low-latency communication), and mMTC (Massive machine-type communication). These use cases can generate an unprecedented amount of data, much more than 4G\/LTE. Most importantly, this data needs to be processed and stored at the edge and cloud to extract insights.
The immediate benefits of 5G, such as higher data rates, lower latencies, and higher network capacities, throw unique challenges to the storage hardware interfaces that companies like Western Digital will have to address. Otherwise, your 5G experience will be reduced to the characteristics of the weakest link.
We hear edge computing<\/a> and edge storage are crucial to a 5G future; why?<\/strong>
New applications such as remote healthcare, connected vehicles, and industrial automation need real-time data processing and storage. While the cloud will still exist to provide large-scale analytics at a central location, edge processing can happen close to the location where the data is actually collected from the endpoints and sensors. This will improve the efficiency, performance, and safety of the network. Overall, it will also reduce costs and be easier to maintain. In addition, the technologies for processing and storage should be located near one another to get real value from the data. Hence, edge storage becomes crucial along with edge processing.
5G will have a domino effect on existing network infrastructure. With 5G, more intelligence and computing power will migrate from the cloud to the edge.
Will a different kind of storage be needed? If yes, why?
<\/strong>
Storage was not the bottleneck for 4G networks. However, this changes dramatically with 5G. 5G use cases are bringing architectural changes into the storage designs. Considering the amount of data generation and the use cases, 5G needs storage devices<\/a> with higher capacities, newer interfaces, more random read\/write performance, longer data retention, and increased endurance. Let's take an example of today's standard hardware interfaces for embedded products. While continuing to serve as the storage backbone for many embedded applications, eMMC data transfer bandwidth is lower compared to the newer JEDEC standard, UFS3.1 which were first deployed in smartphones and were designed to deliver higher speeds in line with 5G requirements.
Another example of an older storage interface for SSDs is SATA, which can be a bottleneck for 5G Edge processing.
Read also<\/h4><\/a><\/figure>5G mobiles account for 22 pc share of India's smartphone shipment: CMR<\/a><\/h5><\/div><\/a><\/figure>5G spectrum auctions in April-May 2022, govt clean on Pegasus: Vaishnaw<\/a><\/h5><\/div><\/a><\/figure>Open RAN: Critical to India 5G success but a road fraught with challenges<\/a><\/h5><\/div><\/a><\/figure>Nokia to launch SaaS services for telcos; says targeting $3.1 billion addressable market<\/a><\/h5><\/div><\/div><\/div>
Due to the fast speeds of 5G, we don't need much local storage, right?<\/strong>
On the contrary. With 5G, you'll need more local storage at the edge and endpoints. Even after the adoption of 5G networks<\/a> worldwide, we will face network challenges. Connectivity could be slow, intermittent, or even non-existent sometimes. So, for mission-critical and life-saving applications, you cannot wait for a data centre to respond to a query. So, local processing and storage, along with the transfer of only specific results back to a central data center is the answer.
What's next?<\/strong>
5G changes the storage architecture of both the data centre and the edge\/endpoints. We are well-positioned to help customers with the right storage requirements. The company continues to innovate for its customers' new applications and workloads and reduce their costs. It is also heavily invested in R&D, designing, and manufacturing of HDDs (hard drives) and flash memory products enabling it to see a larger view of storage across products and technologies.
For the next-generation 5G enterprise data centers, We are committed to the development of massive capacity JBOD's (over 2 Petabytes in a single box), NVMe over Fabric (over 600TB in a single box), and cutting-edge technologies, such as OptiNAND, Triple Stage actuator and Zoned Namespaces SSDs.
For the 5G endpoints and edge, We are continuously innovating in 3D NAND flash cell, firmware, and ASIC technology to deliver high-performance UFS 3.1 embedded flash drives in BGA packages, extended temperature grade SD cards, and industrial NVMe SSDs.
We are ensuring that hardware will not be a limiter of 5G capabilities. That’s why we’re taking high-speed storage to the next level.
<\/body>","next_sibling":[{"msid":87777980,"title":"India's Mahanagar Telephone Nigam surges after report on govt's revival plan","entity_type":"ARTICLE","link":"\/news\/indias-mahanagar-telephone-nigam-surges-after-report-on-govts-revival-plan\/87777980","category_name":null,"category_name_seo":"telecomnews"}],"related_content":[],"seoschemas":false,"msid":87778257,"entity_type":"ARTICLE","title":"ETTelecom interviews: Western Digital\u2019s Khalid Wani on storage requirements in the 5G era","synopsis":"\"Considering the amount of data generation and the use cases, 5G needs storage devices with higher capacities, newer interfaces, more random read\/write performance, longer data retention, and increased endurance,\" Wani highlights. ","titleseo":"telecomnews\/ettelecom-interviews-western-digitals-khalid-wani-on-storage-requirements-in-the-5g-era","status":"ACTIVE","authors":[{"author_name":"Danish Khan","author_link":"\/author\/479206691\/danish-khan","author_image":"https:\/\/etimg.etb2bimg.com\/authorthumb\/479206691.cms?width=250&height=250&imgsize=7874","author_additional":{"thumbsize":true,"msid":479206691,"author_name":"Danish Khan","author_seo_name":"danish-khan","designation":"Senior Assistant Editor","agency":false}}],"analytics":{"comments":0,"views":747,"shares":0,"engagementtimems":2349000},"Alttitle":{"minfo":""},"artag":"ETTelecom","artdate":"2021-11-18 15:09:47","lastupd":"2021-11-18 15:09:48","breadcrumbTags":["5G networks","Devices","device storage in 5G era","5G","edge computing","Western Digital","Western Digital 5G","5G technology","enhanced mobile broadband","Interviews"],"secinfo":{"seolocation":"telecomnews\/ettelecom-interviews-western-digitals-khalid-wani-on-storage-requirements-in-the-5g-era"}}" data-news_link="//www.iser-br.com/news/ettelecom-interviews-western-digitals-khalid-wani-on-storage-requirements-in-the-5g-era/87778257">
<\/a><\/figure>5G spectrum auctions in April-May 2022, govt clean on Pegasus: Vaishnaw<\/a><\/h5><\/div><\/a><\/figure>Open RAN: Critical to India 5G success but a road fraught with challenges<\/a><\/h5><\/div><\/a><\/figure>Nokia to launch SaaS services for telcos; says targeting $3.1 billion addressable market<\/a><\/h5><\/div><\/div><\/div>
Due to the fast speeds of 5G, we don't need much local storage, right?<\/strong>
On the contrary. With 5G, you'll need more local storage at the edge and endpoints. Even after the adoption of 5G networks<\/a> worldwide, we will face network challenges. Connectivity could be slow, intermittent, or even non-existent sometimes. So, for mission-critical and life-saving applications, you cannot wait for a data centre to respond to a query. So, local processing and storage, along with the transfer of only specific results back to a central data center is the answer.
What's next?<\/strong>
5G changes the storage architecture of both the data centre and the edge\/endpoints. We are well-positioned to help customers with the right storage requirements. The company continues to innovate for its customers' new applications and workloads and reduce their costs. It is also heavily invested in R&D, designing, and manufacturing of HDDs (hard drives) and flash memory products enabling it to see a larger view of storage across products and technologies.
For the next-generation 5G enterprise data centers, We are committed to the development of massive capacity JBOD's (over 2 Petabytes in a single box), NVMe over Fabric (over 600TB in a single box), and cutting-edge technologies, such as OptiNAND, Triple Stage actuator and Zoned Namespaces SSDs.
For the 5G endpoints and edge, We are continuously innovating in 3D NAND flash cell, firmware, and ASIC technology to deliver high-performance UFS 3.1 embedded flash drives in BGA packages, extended temperature grade SD cards, and industrial NVMe SSDs.
We are ensuring that hardware will not be a limiter of 5G capabilities. That’s why we’re taking high-speed storage to the next level.
<\/body>","next_sibling":[{"msid":87777980,"title":"India's Mahanagar Telephone Nigam surges after report on govt's revival plan","entity_type":"ARTICLE","link":"\/news\/indias-mahanagar-telephone-nigam-surges-after-report-on-govts-revival-plan\/87777980","category_name":null,"category_name_seo":"telecomnews"}],"related_content":[],"seoschemas":false,"msid":87778257,"entity_type":"ARTICLE","title":"ETTelecom interviews: Western Digital\u2019s Khalid Wani on storage requirements in the 5G era","synopsis":"\"Considering the amount of data generation and the use cases, 5G needs storage devices with higher capacities, newer interfaces, more random read\/write performance, longer data retention, and increased endurance,\" Wani highlights. ","titleseo":"telecomnews\/ettelecom-interviews-western-digitals-khalid-wani-on-storage-requirements-in-the-5g-era","status":"ACTIVE","authors":[{"author_name":"Danish Khan","author_link":"\/author\/479206691\/danish-khan","author_image":"https:\/\/etimg.etb2bimg.com\/authorthumb\/479206691.cms?width=250&height=250&imgsize=7874","author_additional":{"thumbsize":true,"msid":479206691,"author_name":"Danish Khan","author_seo_name":"danish-khan","designation":"Senior Assistant Editor","agency":false}}],"analytics":{"comments":0,"views":747,"shares":0,"engagementtimems":2349000},"Alttitle":{"minfo":""},"artag":"ETTelecom","artdate":"2021-11-18 15:09:47","lastupd":"2021-11-18 15:09:48","breadcrumbTags":["5G networks","Devices","device storage in 5G era","5G","edge computing","Western Digital","Western Digital 5G","5G technology","enhanced mobile broadband","Interviews"],"secinfo":{"seolocation":"telecomnews\/ettelecom-interviews-western-digitals-khalid-wani-on-storage-requirements-in-the-5g-era"}}" data-authors="[" danish khan"]" data-category-name="" data-category_id="" data-date="2021-11-18" data-index="article_1">
- Telecom乐动扑克News
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乐动娱乐招聘ETTelecom采访:西部数据的哈立德万尼5 g的存储需求的时代
“考虑到生成的数据量和用例,5 g需要较高的存储设备能力,更新界面,随机读/写性能,更长的数据保留,并增加耐力,“万尼集锦。
哈立德万尼高级主管销售、印度、西方该服务。
采访中ET的丹麦汗,哈立德万尼高级主管销售、印度、西部数据公司谈到的存储需求5克时代。他说,5克,需要更多的本地存储在边缘和端点。编辑摘录
并存储在5 g时代更加重要?它是否能成为一个瓶颈在一定条件下性能?
采用4 g / LTE在过去十年中,导致了社会媒体的扩散,视频,游戏,和许多其他应用程序,导致巨额增长的数据。
5 g是更令人兴奋。这可能是最知名的技术之一。三个最令人兴奋的应用领域或用例5 g eMBB (增强的移动宽带),URLLC(飞船稳定性极强,低延迟通信),mMTC(大规模机械化的沟通)。这些用例可以产生前所未有的数据量,远远超过4 g LTE。最重要的是,这些数据需要处理和存储和云边缘提取的见解。
5 g的直接好处,比如更高的数据速率,降低延迟,和更高的网络能力,把独特的挑战的存储硬件接口,西部数据公司将不得不解决。否则,你的5 g经验将会减少到最薄弱的环节的特点。
我们听到边缘计算和边缘存储5 g的未来是至关重要的;为什么?
新的应用,如远程医疗,联系车辆,工业自动化需要实时数据处理和存储。而云仍然存在提供大规模的分析在一个中央位置,边缘处理可能发生接近的位置和传感器收集的数据实际上是端点。这将提高效率、性能和安全的网络。总的来说,它也会降低成本和更容易维护。此外,处理和存储的技术应该附近另一个从数据获得真正的价值。因此,边缘沿着边缘处理存储就变得至关重要。
5 g多米诺效应在现有网络基础设施。5克,更多的情报和计算能力将从云迁移到边缘。
一种不同的存储需要吗?如果是,为什么?
存储不是4 g网络的瓶颈。然而,这5 g的显著变化。5克用例引入架构更改存储设计。考虑到生成的数据量和用例,5 g需要存储设备较高的能力,更新界面,更随机读/写性能,更长的数据保留,并增加耐力。让我们今天的标准硬件接口的一个例子为嵌入式产品。同时继续作为许多嵌入式应用程序,存储骨干eMMC数据传输带宽较低与更新的电平标准相比,UFS3.1首次部署在智能手机和设计提供更高的速度符合5 g的要求。
老为ssd存储接口的另一个例子是SATA,可5 g边缘处理的瓶颈。
读也
由于速度快5克,我们并不需要太多的本地存储,对吧?
相反。5克,你会需要更多的本地存储在边缘和端点。即使采用5 g网络网络在世界范围内,我们将面临的挑战。连接可能是缓慢的,断断续续的,有时甚至是不存在的。因此,对于挽救生命的任务关键型应用程序中,你不能等待回复查询的数据中心。本地处理和存储,以及转让只有特定的结果返回给一个中央数据中心就是答案。
接下来是什么?
5 g的存储架构变化数据中心和边缘/端点。我们将能够帮助客户正确的存储需求。该公司将继续为客户创新的新的应用程序和工作负载,降低自己的成本。还大量投资于研发、设计、制造的hdd硬盘和闪存产品使其看到的大图存储在产品和技术。
为下一代5 g企业数据中心,我们致力于开发大容量文件的(超过2 pb在一个箱子里),NVMe在织物(超过600结核病在一个箱子里),和尖端技术,如OptiNAND、三阶段ssd驱动器和分区名称空间。
5 g的端点和边缘,我们不断创新在3 d NAND闪存细胞,固件和ASIC技术提供高性能UFS 3.1嵌入式闪存BGA包、扩展温度级SD卡,和工业NVMe ssd。
我们确保硬件不会5 g的限幅器功能。这就是为什么我们正在高速存储到一个新的层次。
Khalid Wani, Senior Director Sales, India, Western Digita.<\/span><\/figcaption><\/figure>In an interview with ET’s Danish Khan, Khalid Wani, Senior Director Sales, India, Western Digital<\/a> talks about the storage requirements in the 5G<\/a> era. He said that with 5G, there will be a need for more local storage at the edge and endpoints. Edited Excerpts
Does storage become even more critical in the 5G era? Can it become a bottleneck to performance in certain conditions?
<\/strong>
The adoption of 4G\/LTE in the last decade has led to the proliferation of social media, video streaming, gaming, and many other applications, which have resulted in a humongous growth of data.
5G is even more exciting. It could be one of the most prominent technologies of the decade. Three of the most exciting application areas or use cases for 5G are eMBB (enhanced mobile broadband<\/a>), URLLC (Ultra-reliable low-latency communication), and mMTC (Massive machine-type communication). These use cases can generate an unprecedented amount of data, much more than 4G\/LTE. Most importantly, this data needs to be processed and stored at the edge and cloud to extract insights.
The immediate benefits of 5G, such as higher data rates, lower latencies, and higher network capacities, throw unique challenges to the storage hardware interfaces that companies like Western Digital will have to address. Otherwise, your 5G experience will be reduced to the characteristics of the weakest link.
We hear edge computing<\/a> and edge storage are crucial to a 5G future; why?<\/strong>
New applications such as remote healthcare, connected vehicles, and industrial automation need real-time data processing and storage. While the cloud will still exist to provide large-scale analytics at a central location, edge processing can happen close to the location where the data is actually collected from the endpoints and sensors. This will improve the efficiency, performance, and safety of the network. Overall, it will also reduce costs and be easier to maintain. In addition, the technologies for processing and storage should be located near one another to get real value from the data. Hence, edge storage becomes crucial along with edge processing.
5G will have a domino effect on existing network infrastructure. With 5G, more intelligence and computing power will migrate from the cloud to the edge.
Will a different kind of storage be needed? If yes, why?
<\/strong>
Storage was not the bottleneck for 4G networks. However, this changes dramatically with 5G. 5G use cases are bringing architectural changes into the storage designs. Considering the amount of data generation and the use cases, 5G needs storage devices<\/a> with higher capacities, newer interfaces, more random read\/write performance, longer data retention, and increased endurance. Let's take an example of today's standard hardware interfaces for embedded products. While continuing to serve as the storage backbone for many embedded applications, eMMC data transfer bandwidth is lower compared to the newer JEDEC standard, UFS3.1 which were first deployed in smartphones and were designed to deliver higher speeds in line with 5G requirements.
Another example of an older storage interface for SSDs is SATA, which can be a bottleneck for 5G Edge processing.
Read also<\/h4><\/a><\/figure>5G mobiles account for 22 pc share of India's smartphone shipment: CMR<\/a><\/h5><\/div><\/a><\/figure>5G spectrum auctions in April-May 2022, govt clean on Pegasus: Vaishnaw<\/a><\/h5><\/div><\/a><\/figure>Open RAN: Critical to India 5G success but a road fraught with challenges<\/a><\/h5><\/div><\/a><\/figure>Nokia to launch SaaS services for telcos; says targeting $3.1 billion addressable market<\/a><\/h5><\/div><\/div><\/div>
Due to the fast speeds of 5G, we don't need much local storage, right?<\/strong>
On the contrary. With 5G, you'll need more local storage at the edge and endpoints. Even after the adoption of 5G networks<\/a> worldwide, we will face network challenges. Connectivity could be slow, intermittent, or even non-existent sometimes. So, for mission-critical and life-saving applications, you cannot wait for a data centre to respond to a query. So, local processing and storage, along with the transfer of only specific results back to a central data center is the answer.
What's next?<\/strong>
5G changes the storage architecture of both the data centre and the edge\/endpoints. We are well-positioned to help customers with the right storage requirements. The company continues to innovate for its customers' new applications and workloads and reduce their costs. It is also heavily invested in R&D, designing, and manufacturing of HDDs (hard drives) and flash memory products enabling it to see a larger view of storage across products and technologies.
For the next-generation 5G enterprise data centers, We are committed to the development of massive capacity JBOD's (over 2 Petabytes in a single box), NVMe over Fabric (over 600TB in a single box), and cutting-edge technologies, such as OptiNAND, Triple Stage actuator and Zoned Namespaces SSDs.
For the 5G endpoints and edge, We are continuously innovating in 3D NAND flash cell, firmware, and ASIC technology to deliver high-performance UFS 3.1 embedded flash drives in BGA packages, extended temperature grade SD cards, and industrial NVMe SSDs.
We are ensuring that hardware will not be a limiter of 5G capabilities. That’s why we’re taking high-speed storage to the next level.
<\/body>","next_sibling":[{"msid":87777980,"title":"India's Mahanagar Telephone Nigam surges after report on govt's revival plan","entity_type":"ARTICLE","link":"\/news\/indias-mahanagar-telephone-nigam-surges-after-report-on-govts-revival-plan\/87777980","category_name":null,"category_name_seo":"telecomnews"}],"related_content":[],"seoschemas":false,"msid":87778257,"entity_type":"ARTICLE","title":"ETTelecom interviews: Western Digital\u2019s Khalid Wani on storage requirements in the 5G era","synopsis":"\"Considering the amount of data generation and the use cases, 5G needs storage devices with higher capacities, newer interfaces, more random read\/write performance, longer data retention, and increased endurance,\" Wani highlights. ","titleseo":"telecomnews\/ettelecom-interviews-western-digitals-khalid-wani-on-storage-requirements-in-the-5g-era","status":"ACTIVE","authors":[{"author_name":"Danish Khan","author_link":"\/author\/479206691\/danish-khan","author_image":"https:\/\/etimg.etb2bimg.com\/authorthumb\/479206691.cms?width=250&height=250&imgsize=7874","author_additional":{"thumbsize":true,"msid":479206691,"author_name":"Danish Khan","author_seo_name":"danish-khan","designation":"Senior Assistant Editor","agency":false}}],"analytics":{"comments":0,"views":747,"shares":0,"engagementtimems":2349000},"Alttitle":{"minfo":""},"artag":"ETTelecom","artdate":"2021-11-18 15:09:47","lastupd":"2021-11-18 15:09:48","breadcrumbTags":["5G networks","Devices","device storage in 5G era","5G","edge computing","Western Digital","Western Digital 5G","5G technology","enhanced mobile broadband","Interviews"],"secinfo":{"seolocation":"telecomnews\/ettelecom-interviews-western-digitals-khalid-wani-on-storage-requirements-in-the-5g-era"}}" data-news_link="//www.iser-br.com/news/ettelecom-interviews-western-digitals-khalid-wani-on-storage-requirements-in-the-5g-era/87778257">
<\/a><\/figure>Open RAN: Critical to India 5G success but a road fraught with challenges<\/a><\/h5><\/div><\/a><\/figure>Nokia to launch SaaS services for telcos; says targeting $3.1 billion addressable market<\/a><\/h5><\/div><\/div><\/div>
Due to the fast speeds of 5G, we don't need much local storage, right?<\/strong>
On the contrary. With 5G, you'll need more local storage at the edge and endpoints. Even after the adoption of 5G networks<\/a> worldwide, we will face network challenges. Connectivity could be slow, intermittent, or even non-existent sometimes. So, for mission-critical and life-saving applications, you cannot wait for a data centre to respond to a query. So, local processing and storage, along with the transfer of only specific results back to a central data center is the answer.
What's next?<\/strong>
5G changes the storage architecture of both the data centre and the edge\/endpoints. We are well-positioned to help customers with the right storage requirements. The company continues to innovate for its customers' new applications and workloads and reduce their costs. It is also heavily invested in R&D, designing, and manufacturing of HDDs (hard drives) and flash memory products enabling it to see a larger view of storage across products and technologies.
For the next-generation 5G enterprise data centers, We are committed to the development of massive capacity JBOD's (over 2 Petabytes in a single box), NVMe over Fabric (over 600TB in a single box), and cutting-edge technologies, such as OptiNAND, Triple Stage actuator and Zoned Namespaces SSDs.
For the 5G endpoints and edge, We are continuously innovating in 3D NAND flash cell, firmware, and ASIC technology to deliver high-performance UFS 3.1 embedded flash drives in BGA packages, extended temperature grade SD cards, and industrial NVMe SSDs.
We are ensuring that hardware will not be a limiter of 5G capabilities. That’s why we’re taking high-speed storage to the next level.
<\/body>","next_sibling":[{"msid":87777980,"title":"India's Mahanagar Telephone Nigam surges after report on govt's revival plan","entity_type":"ARTICLE","link":"\/news\/indias-mahanagar-telephone-nigam-surges-after-report-on-govts-revival-plan\/87777980","category_name":null,"category_name_seo":"telecomnews"}],"related_content":[],"seoschemas":false,"msid":87778257,"entity_type":"ARTICLE","title":"ETTelecom interviews: Western Digital\u2019s Khalid Wani on storage requirements in the 5G era","synopsis":"\"Considering the amount of data generation and the use cases, 5G needs storage devices with higher capacities, newer interfaces, more random read\/write performance, longer data retention, and increased endurance,\" Wani highlights. ","titleseo":"telecomnews\/ettelecom-interviews-western-digitals-khalid-wani-on-storage-requirements-in-the-5g-era","status":"ACTIVE","authors":[{"author_name":"Danish Khan","author_link":"\/author\/479206691\/danish-khan","author_image":"https:\/\/etimg.etb2bimg.com\/authorthumb\/479206691.cms?width=250&height=250&imgsize=7874","author_additional":{"thumbsize":true,"msid":479206691,"author_name":"Danish Khan","author_seo_name":"danish-khan","designation":"Senior Assistant Editor","agency":false}}],"analytics":{"comments":0,"views":747,"shares":0,"engagementtimems":2349000},"Alttitle":{"minfo":""},"artag":"ETTelecom","artdate":"2021-11-18 15:09:47","lastupd":"2021-11-18 15:09:48","breadcrumbTags":["5G networks","Devices","device storage in 5G era","5G","edge computing","Western Digital","Western Digital 5G","5G technology","enhanced mobile broadband","Interviews"],"secinfo":{"seolocation":"telecomnews\/ettelecom-interviews-western-digitals-khalid-wani-on-storage-requirements-in-the-5g-era"}}" data-authors="[" danish khan"]" data-category-name="" data-category_id="" data-date="2021-11-18" data-index="article_1">
- Telecom乐动扑克News
- 4分钟阅读
乐动娱乐招聘ETTelecom采访:西部数据的哈立德万尼5 g的存储需求的时代
“考虑到生成的数据量和用例,5 g需要较高的存储设备能力,更新界面,随机读/写性能,更长的数据保留,并增加耐力,“万尼集锦。
哈立德万尼高级主管销售、印度、西方该服务。
采访中ET的丹麦汗,哈立德万尼高级主管销售、印度、西部数据公司谈到的存储需求5克时代。他说,5克,需要更多的本地存储在边缘和端点。编辑摘录
并存储在5 g时代更加重要?它是否能成为一个瓶颈在一定条件下性能?
采用4 g / LTE在过去十年中,导致了社会媒体的扩散,视频,游戏,和许多其他应用程序,导致巨额增长的数据。
5 g是更令人兴奋。这可能是最知名的技术之一。三个最令人兴奋的应用领域或用例5 g eMBB (增强的移动宽带),URLLC(飞船稳定性极强,低延迟通信),mMTC(大规模机械化的沟通)。这些用例可以产生前所未有的数据量,远远超过4 g LTE。最重要的是,这些数据需要处理和存储和云边缘提取的见解。
5 g的直接好处,比如更高的数据速率,降低延迟,和更高的网络能力,把独特的挑战的存储硬件接口,西部数据公司将不得不解决。否则,你的5 g经验将会减少到最薄弱的环节的特点。
我们听到边缘计算和边缘存储5 g的未来是至关重要的;为什么?
新的应用,如远程医疗,联系车辆,工业自动化需要实时数据处理和存储。而云仍然存在提供大规模的分析在一个中央位置,边缘处理可能发生接近的位置和传感器收集的数据实际上是端点。这将提高效率、性能和安全的网络。总的来说,它也会降低成本和更容易维护。此外,处理和存储的技术应该附近另一个从数据获得真正的价值。因此,边缘沿着边缘处理存储就变得至关重要。
5 g多米诺效应在现有网络基础设施。5克,更多的情报和计算能力将从云迁移到边缘。
一种不同的存储需要吗?如果是,为什么?
存储不是4 g网络的瓶颈。然而,这5 g的显著变化。5克用例引入架构更改存储设计。考虑到生成的数据量和用例,5 g需要存储设备较高的能力,更新界面,更随机读/写性能,更长的数据保留,并增加耐力。让我们今天的标准硬件接口的一个例子为嵌入式产品。同时继续作为许多嵌入式应用程序,存储骨干eMMC数据传输带宽较低与更新的电平标准相比,UFS3.1首次部署在智能手机和设计提供更高的速度符合5 g的要求。
老为ssd存储接口的另一个例子是SATA,可5 g边缘处理的瓶颈。
读也
由于速度快5克,我们并不需要太多的本地存储,对吧?
相反。5克,你会需要更多的本地存储在边缘和端点。即使采用5 g网络网络在世界范围内,我们将面临的挑战。连接可能是缓慢的,断断续续的,有时甚至是不存在的。因此,对于挽救生命的任务关键型应用程序中,你不能等待回复查询的数据中心。本地处理和存储,以及转让只有特定的结果返回给一个中央数据中心就是答案。
接下来是什么?
5 g的存储架构变化数据中心和边缘/端点。我们将能够帮助客户正确的存储需求。该公司将继续为客户创新的新的应用程序和工作负载,降低自己的成本。还大量投资于研发、设计、制造的hdd硬盘和闪存产品使其看到的大图存储在产品和技术。
为下一代5 g企业数据中心,我们致力于开发大容量文件的(超过2 pb在一个箱子里),NVMe在织物(超过600结核病在一个箱子里),和尖端技术,如OptiNAND、三阶段ssd驱动器和分区名称空间。
5 g的端点和边缘,我们不断创新在3 d NAND闪存细胞,固件和ASIC技术提供高性能UFS 3.1嵌入式闪存BGA包、扩展温度级SD卡,和工业NVMe ssd。
我们确保硬件不会5 g的限幅器功能。这就是为什么我们正在高速存储到一个新的层次。
Khalid Wani, Senior Director Sales, India, Western Digita.<\/span><\/figcaption><\/figure>In an interview with ET’s Danish Khan, Khalid Wani, Senior Director Sales, India, Western Digital<\/a> talks about the storage requirements in the 5G<\/a> era. He said that with 5G, there will be a need for more local storage at the edge and endpoints. Edited Excerpts
Does storage become even more critical in the 5G era? Can it become a bottleneck to performance in certain conditions?
<\/strong>
The adoption of 4G\/LTE in the last decade has led to the proliferation of social media, video streaming, gaming, and many other applications, which have resulted in a humongous growth of data.
5G is even more exciting. It could be one of the most prominent technologies of the decade. Three of the most exciting application areas or use cases for 5G are eMBB (enhanced mobile broadband<\/a>), URLLC (Ultra-reliable low-latency communication), and mMTC (Massive machine-type communication). These use cases can generate an unprecedented amount of data, much more than 4G\/LTE. Most importantly, this data needs to be processed and stored at the edge and cloud to extract insights.
The immediate benefits of 5G, such as higher data rates, lower latencies, and higher network capacities, throw unique challenges to the storage hardware interfaces that companies like Western Digital will have to address. Otherwise, your 5G experience will be reduced to the characteristics of the weakest link.
We hear edge computing<\/a> and edge storage are crucial to a 5G future; why?<\/strong>
New applications such as remote healthcare, connected vehicles, and industrial automation need real-time data processing and storage. While the cloud will still exist to provide large-scale analytics at a central location, edge processing can happen close to the location where the data is actually collected from the endpoints and sensors. This will improve the efficiency, performance, and safety of the network. Overall, it will also reduce costs and be easier to maintain. In addition, the technologies for processing and storage should be located near one another to get real value from the data. Hence, edge storage becomes crucial along with edge processing.
5G will have a domino effect on existing network infrastructure. With 5G, more intelligence and computing power will migrate from the cloud to the edge.
Will a different kind of storage be needed? If yes, why?
<\/strong>
Storage was not the bottleneck for 4G networks. However, this changes dramatically with 5G. 5G use cases are bringing architectural changes into the storage designs. Considering the amount of data generation and the use cases, 5G needs storage devices<\/a> with higher capacities, newer interfaces, more random read\/write performance, longer data retention, and increased endurance. Let's take an example of today's standard hardware interfaces for embedded products. While continuing to serve as the storage backbone for many embedded applications, eMMC data transfer bandwidth is lower compared to the newer JEDEC standard, UFS3.1 which were first deployed in smartphones and were designed to deliver higher speeds in line with 5G requirements.
Another example of an older storage interface for SSDs is SATA, which can be a bottleneck for 5G Edge processing.
Read also<\/h4><\/a><\/figure>5G mobiles account for 22 pc share of India's smartphone shipment: CMR<\/a><\/h5><\/div><\/a><\/figure>5G spectrum auctions in April-May 2022, govt clean on Pegasus: Vaishnaw<\/a><\/h5><\/div><\/a><\/figure>Open RAN: Critical to India 5G success but a road fraught with challenges<\/a><\/h5><\/div><\/a><\/figure>Nokia to launch SaaS services for telcos; says targeting $3.1 billion addressable market<\/a><\/h5><\/div><\/div><\/div>
Due to the fast speeds of 5G, we don't need much local storage, right?<\/strong>
On the contrary. With 5G, you'll need more local storage at the edge and endpoints. Even after the adoption of 5G networks<\/a> worldwide, we will face network challenges. Connectivity could be slow, intermittent, or even non-existent sometimes. So, for mission-critical and life-saving applications, you cannot wait for a data centre to respond to a query. So, local processing and storage, along with the transfer of only specific results back to a central data center is the answer.
What's next?<\/strong>
5G changes the storage architecture of both the data centre and the edge\/endpoints. We are well-positioned to help customers with the right storage requirements. The company continues to innovate for its customers' new applications and workloads and reduce their costs. It is also heavily invested in R&D, designing, and manufacturing of HDDs (hard drives) and flash memory products enabling it to see a larger view of storage across products and technologies.
For the next-generation 5G enterprise data centers, We are committed to the development of massive capacity JBOD's (over 2 Petabytes in a single box), NVMe over Fabric (over 600TB in a single box), and cutting-edge technologies, such as OptiNAND, Triple Stage actuator and Zoned Namespaces SSDs.
For the 5G endpoints and edge, We are continuously innovating in 3D NAND flash cell, firmware, and ASIC technology to deliver high-performance UFS 3.1 embedded flash drives in BGA packages, extended temperature grade SD cards, and industrial NVMe SSDs.
We are ensuring that hardware will not be a limiter of 5G capabilities. That’s why we’re taking high-speed storage to the next level.
<\/body>","next_sibling":[{"msid":87777980,"title":"India's Mahanagar Telephone Nigam surges after report on govt's revival plan","entity_type":"ARTICLE","link":"\/news\/indias-mahanagar-telephone-nigam-surges-after-report-on-govts-revival-plan\/87777980","category_name":null,"category_name_seo":"telecomnews"}],"related_content":[],"seoschemas":false,"msid":87778257,"entity_type":"ARTICLE","title":"ETTelecom interviews: Western Digital\u2019s Khalid Wani on storage requirements in the 5G era","synopsis":"\"Considering the amount of data generation and the use cases, 5G needs storage devices with higher capacities, newer interfaces, more random read\/write performance, longer data retention, and increased endurance,\" Wani highlights. ","titleseo":"telecomnews\/ettelecom-interviews-western-digitals-khalid-wani-on-storage-requirements-in-the-5g-era","status":"ACTIVE","authors":[{"author_name":"Danish Khan","author_link":"\/author\/479206691\/danish-khan","author_image":"https:\/\/etimg.etb2bimg.com\/authorthumb\/479206691.cms?width=250&height=250&imgsize=7874","author_additional":{"thumbsize":true,"msid":479206691,"author_name":"Danish Khan","author_seo_name":"danish-khan","designation":"Senior Assistant Editor","agency":false}}],"analytics":{"comments":0,"views":747,"shares":0,"engagementtimems":2349000},"Alttitle":{"minfo":""},"artag":"ETTelecom","artdate":"2021-11-18 15:09:47","lastupd":"2021-11-18 15:09:48","breadcrumbTags":["5G networks","Devices","device storage in 5G era","5G","edge computing","Western Digital","Western Digital 5G","5G technology","enhanced mobile broadband","Interviews"],"secinfo":{"seolocation":"telecomnews\/ettelecom-interviews-western-digitals-khalid-wani-on-storage-requirements-in-the-5g-era"}}" data-news_link="//www.iser-br.com/news/ettelecom-interviews-western-digitals-khalid-wani-on-storage-requirements-in-the-5g-era/87778257">
<\/a><\/figure>Nokia to launch SaaS services for telcos; says targeting $3.1 billion addressable market<\/a><\/h5><\/div><\/div><\/div>
Due to the fast speeds of 5G, we don't need much local storage, right?<\/strong>
On the contrary. With 5G, you'll need more local storage at the edge and endpoints. Even after the adoption of 5G networks<\/a> worldwide, we will face network challenges. Connectivity could be slow, intermittent, or even non-existent sometimes. So, for mission-critical and life-saving applications, you cannot wait for a data centre to respond to a query. So, local processing and storage, along with the transfer of only specific results back to a central data center is the answer.
What's next?<\/strong>
5G changes the storage architecture of both the data centre and the edge\/endpoints. We are well-positioned to help customers with the right storage requirements. The company continues to innovate for its customers' new applications and workloads and reduce their costs. It is also heavily invested in R&D, designing, and manufacturing of HDDs (hard drives) and flash memory products enabling it to see a larger view of storage across products and technologies.
For the next-generation 5G enterprise data centers, We are committed to the development of massive capacity JBOD's (over 2 Petabytes in a single box), NVMe over Fabric (over 600TB in a single box), and cutting-edge technologies, such as OptiNAND, Triple Stage actuator and Zoned Namespaces SSDs.
For the 5G endpoints and edge, We are continuously innovating in 3D NAND flash cell, firmware, and ASIC technology to deliver high-performance UFS 3.1 embedded flash drives in BGA packages, extended temperature grade SD cards, and industrial NVMe SSDs.
We are ensuring that hardware will not be a limiter of 5G capabilities. That’s why we’re taking high-speed storage to the next level.
<\/body>","next_sibling":[{"msid":87777980,"title":"India's Mahanagar Telephone Nigam surges after report on govt's revival plan","entity_type":"ARTICLE","link":"\/news\/indias-mahanagar-telephone-nigam-surges-after-report-on-govts-revival-plan\/87777980","category_name":null,"category_name_seo":"telecomnews"}],"related_content":[],"seoschemas":false,"msid":87778257,"entity_type":"ARTICLE","title":"ETTelecom interviews: Western Digital\u2019s Khalid Wani on storage requirements in the 5G era","synopsis":"\"Considering the amount of data generation and the use cases, 5G needs storage devices with higher capacities, newer interfaces, more random read\/write performance, longer data retention, and increased endurance,\" Wani highlights. ","titleseo":"telecomnews\/ettelecom-interviews-western-digitals-khalid-wani-on-storage-requirements-in-the-5g-era","status":"ACTIVE","authors":[{"author_name":"Danish Khan","author_link":"\/author\/479206691\/danish-khan","author_image":"https:\/\/etimg.etb2bimg.com\/authorthumb\/479206691.cms?width=250&height=250&imgsize=7874","author_additional":{"thumbsize":true,"msid":479206691,"author_name":"Danish Khan","author_seo_name":"danish-khan","designation":"Senior Assistant Editor","agency":false}}],"analytics":{"comments":0,"views":747,"shares":0,"engagementtimems":2349000},"Alttitle":{"minfo":""},"artag":"ETTelecom","artdate":"2021-11-18 15:09:47","lastupd":"2021-11-18 15:09:48","breadcrumbTags":["5G networks","Devices","device storage in 5G era","5G","edge computing","Western Digital","Western Digital 5G","5G technology","enhanced mobile broadband","Interviews"],"secinfo":{"seolocation":"telecomnews\/ettelecom-interviews-western-digitals-khalid-wani-on-storage-requirements-in-the-5g-era"}}" data-authors="[" danish khan"]" data-category-name="" data-category_id="" data-date="2021-11-18" data-index="article_1">
- Telecom乐动扑克News
- 4分钟阅读
乐动娱乐招聘ETTelecom采访:西部数据的哈立德万尼5 g的存储需求的时代
“考虑到生成的数据量和用例,5 g需要较高的存储设备能力,更新界面,随机读/写性能,更长的数据保留,并增加耐力,“万尼集锦。
哈立德万尼高级主管销售、印度、西方该服务。
采访中ET的丹麦汗,哈立德万尼高级主管销售、印度、西部数据公司谈到的存储需求5克时代。他说,5克,需要更多的本地存储在边缘和端点。编辑摘录
并存储在5 g时代更加重要?它是否能成为一个瓶颈在一定条件下性能?
采用4 g / LTE在过去十年中,导致了社会媒体的扩散,视频,游戏,和许多其他应用程序,导致巨额增长的数据。
5 g是更令人兴奋。这可能是最知名的技术之一。三个最令人兴奋的应用领域或用例5 g eMBB (增强的移动宽带),URLLC(飞船稳定性极强,低延迟通信),mMTC(大规模机械化的沟通)。这些用例可以产生前所未有的数据量,远远超过4 g LTE。最重要的是,这些数据需要处理和存储和云边缘提取的见解。
5 g的直接好处,比如更高的数据速率,降低延迟,和更高的网络能力,把独特的挑战的存储硬件接口,西部数据公司将不得不解决。否则,你的5 g经验将会减少到最薄弱的环节的特点。
我们听到边缘计算和边缘存储5 g的未来是至关重要的;为什么?
新的应用,如远程医疗,联系车辆,工业自动化需要实时数据处理和存储。而云仍然存在提供大规模的分析在一个中央位置,边缘处理可能发生接近的位置和传感器收集的数据实际上是端点。这将提高效率、性能和安全的网络。总的来说,它也会降低成本和更容易维护。此外,处理和存储的技术应该附近另一个从数据获得真正的价值。因此,边缘沿着边缘处理存储就变得至关重要。
5 g多米诺效应在现有网络基础设施。5克,更多的情报和计算能力将从云迁移到边缘。
一种不同的存储需要吗?如果是,为什么?
存储不是4 g网络的瓶颈。然而,这5 g的显著变化。5克用例引入架构更改存储设计。考虑到生成的数据量和用例,5 g需要存储设备较高的能力,更新界面,更随机读/写性能,更长的数据保留,并增加耐力。让我们今天的标准硬件接口的一个例子为嵌入式产品。同时继续作为许多嵌入式应用程序,存储骨干eMMC数据传输带宽较低与更新的电平标准相比,UFS3.1首次部署在智能手机和设计提供更高的速度符合5 g的要求。
老为ssd存储接口的另一个例子是SATA,可5 g边缘处理的瓶颈。
读也
由于速度快5克,我们并不需要太多的本地存储,对吧?
相反。5克,你会需要更多的本地存储在边缘和端点。即使采用5 g网络网络在世界范围内,我们将面临的挑战。连接可能是缓慢的,断断续续的,有时甚至是不存在的。因此,对于挽救生命的任务关键型应用程序中,你不能等待回复查询的数据中心。本地处理和存储,以及转让只有特定的结果返回给一个中央数据中心就是答案。
接下来是什么?
5 g的存储架构变化数据中心和边缘/端点。我们将能够帮助客户正确的存储需求。该公司将继续为客户创新的新的应用程序和工作负载,降低自己的成本。还大量投资于研发、设计、制造的hdd硬盘和闪存产品使其看到的大图存储在产品和技术。
为下一代5 g企业数据中心,我们致力于开发大容量文件的(超过2 pb在一个箱子里),NVMe在织物(超过600结核病在一个箱子里),和尖端技术,如OptiNAND、三阶段ssd驱动器和分区名称空间。
5 g的端点和边缘,我们不断创新在3 d NAND闪存细胞,固件和ASIC技术提供高性能UFS 3.1嵌入式闪存BGA包、扩展温度级SD卡,和工业NVMe ssd。
我们确保硬件不会5 g的限幅器功能。这就是为什么我们正在高速存储到一个新的层次。
Khalid Wani, Senior Director Sales, India, Western Digita.<\/span><\/figcaption><\/figure>In an interview with ET’s Danish Khan, Khalid Wani, Senior Director Sales, India, Western Digital<\/a> talks about the storage requirements in the 5G<\/a> era. He said that with 5G, there will be a need for more local storage at the edge and endpoints. Edited Excerpts
Does storage become even more critical in the 5G era? Can it become a bottleneck to performance in certain conditions?
<\/strong>
The adoption of 4G\/LTE in the last decade has led to the proliferation of social media, video streaming, gaming, and many other applications, which have resulted in a humongous growth of data.
5G is even more exciting. It could be one of the most prominent technologies of the decade. Three of the most exciting application areas or use cases for 5G are eMBB (enhanced mobile broadband<\/a>), URLLC (Ultra-reliable low-latency communication), and mMTC (Massive machine-type communication). These use cases can generate an unprecedented amount of data, much more than 4G\/LTE. Most importantly, this data needs to be processed and stored at the edge and cloud to extract insights.
The immediate benefits of 5G, such as higher data rates, lower latencies, and higher network capacities, throw unique challenges to the storage hardware interfaces that companies like Western Digital will have to address. Otherwise, your 5G experience will be reduced to the characteristics of the weakest link.
We hear edge computing<\/a> and edge storage are crucial to a 5G future; why?<\/strong>
New applications such as remote healthcare, connected vehicles, and industrial automation need real-time data processing and storage. While the cloud will still exist to provide large-scale analytics at a central location, edge processing can happen close to the location where the data is actually collected from the endpoints and sensors. This will improve the efficiency, performance, and safety of the network. Overall, it will also reduce costs and be easier to maintain. In addition, the technologies for processing and storage should be located near one another to get real value from the data. Hence, edge storage becomes crucial along with edge processing.
5G will have a domino effect on existing network infrastructure. With 5G, more intelligence and computing power will migrate from the cloud to the edge.
Will a different kind of storage be needed? If yes, why?
<\/strong>
Storage was not the bottleneck for 4G networks. However, this changes dramatically with 5G. 5G use cases are bringing architectural changes into the storage designs. Considering the amount of data generation and the use cases, 5G needs storage devices<\/a> with higher capacities, newer interfaces, more random read\/write performance, longer data retention, and increased endurance. Let's take an example of today's standard hardware interfaces for embedded products. While continuing to serve as the storage backbone for many embedded applications, eMMC data transfer bandwidth is lower compared to the newer JEDEC standard, UFS3.1 which were first deployed in smartphones and were designed to deliver higher speeds in line with 5G requirements.
Another example of an older storage interface for SSDs is SATA, which can be a bottleneck for 5G Edge processing.
Read also<\/h4><\/a><\/figure>5G mobiles account for 22 pc share of India's smartphone shipment: CMR<\/a><\/h5><\/div><\/a><\/figure>5G spectrum auctions in April-May 2022, govt clean on Pegasus: Vaishnaw<\/a><\/h5><\/div><\/a><\/figure>Open RAN: Critical to India 5G success but a road fraught with challenges<\/a><\/h5><\/div><\/a><\/figure>Nokia to launch SaaS services for telcos; says targeting $3.1 billion addressable market<\/a><\/h5><\/div><\/div><\/div>
Due to the fast speeds of 5G, we don't need much local storage, right?<\/strong>
On the contrary. With 5G, you'll need more local storage at the edge and endpoints. Even after the adoption of 5G networks<\/a> worldwide, we will face network challenges. Connectivity could be slow, intermittent, or even non-existent sometimes. So, for mission-critical and life-saving applications, you cannot wait for a data centre to respond to a query. So, local processing and storage, along with the transfer of only specific results back to a central data center is the answer.
What's next?<\/strong>
5G changes the storage architecture of both the data centre and the edge\/endpoints. We are well-positioned to help customers with the right storage requirements. The company continues to innovate for its customers' new applications and workloads and reduce their costs. It is also heavily invested in R&D, designing, and manufacturing of HDDs (hard drives) and flash memory products enabling it to see a larger view of storage across products and technologies.
For the next-generation 5G enterprise data centers, We are committed to the development of massive capacity JBOD's (over 2 Petabytes in a single box), NVMe over Fabric (over 600TB in a single box), and cutting-edge technologies, such as OptiNAND, Triple Stage actuator and Zoned Namespaces SSDs.
For the 5G endpoints and edge, We are continuously innovating in 3D NAND flash cell, firmware, and ASIC technology to deliver high-performance UFS 3.1 embedded flash drives in BGA packages, extended temperature grade SD cards, and industrial NVMe SSDs.
We are ensuring that hardware will not be a limiter of 5G capabilities. That’s why we’re taking high-speed storage to the next level.
<\/body>","next_sibling":[{"msid":87777980,"title":"India's Mahanagar Telephone Nigam surges after report on govt's revival plan","entity_type":"ARTICLE","link":"\/news\/indias-mahanagar-telephone-nigam-surges-after-report-on-govts-revival-plan\/87777980","category_name":null,"category_name_seo":"telecomnews"}],"related_content":[],"seoschemas":false,"msid":87778257,"entity_type":"ARTICLE","title":"ETTelecom interviews: Western Digital\u2019s Khalid Wani on storage requirements in the 5G era","synopsis":"\"Considering the amount of data generation and the use cases, 5G needs storage devices with higher capacities, newer interfaces, more random read\/write performance, longer data retention, and increased endurance,\" Wani highlights. ","titleseo":"telecomnews\/ettelecom-interviews-western-digitals-khalid-wani-on-storage-requirements-in-the-5g-era","status":"ACTIVE","authors":[{"author_name":"Danish Khan","author_link":"\/author\/479206691\/danish-khan","author_image":"https:\/\/etimg.etb2bimg.com\/authorthumb\/479206691.cms?width=250&height=250&imgsize=7874","author_additional":{"thumbsize":true,"msid":479206691,"author_name":"Danish Khan","author_seo_name":"danish-khan","designation":"Senior Assistant Editor","agency":false}}],"analytics":{"comments":0,"views":747,"shares":0,"engagementtimems":2349000},"Alttitle":{"minfo":""},"artag":"ETTelecom","artdate":"2021-11-18 15:09:47","lastupd":"2021-11-18 15:09:48","breadcrumbTags":["5G networks","Devices","device storage in 5G era","5G","edge computing","Western Digital","Western Digital 5G","5G technology","enhanced mobile broadband","Interviews"],"secinfo":{"seolocation":"telecomnews\/ettelecom-interviews-western-digitals-khalid-wani-on-storage-requirements-in-the-5g-era"}}" data-news_link="//www.iser-br.com/news/ettelecom-interviews-western-digitals-khalid-wani-on-storage-requirements-in-the-5g-era/87778257">
- Telecom乐动扑克News
- 4分钟阅读
乐动娱乐招聘ETTelecom采访:西部数据的哈立德万尼5 g的存储需求的时代
“考虑到生成的数据量和用例,5 g需要较高的存储设备能力,更新界面,随机读/写性能,更长的数据保留,并增加耐力,“万尼集锦。
读到
并存储在5 g时代更加重要?它是否能成为一个瓶颈在一定条件下性能?
采用4 g / LTE在过去十年中,导致了社会媒体的扩散,视频,游戏,和许多其他应用程序,导致巨额增长的数据。
5 g是更令人兴奋。这可能是最知名的技术之一。三个最令人兴奋的应用领域或用例5 g eMBB (增强的移动宽带),URLLC(飞船稳定性极强,低延迟通信),mMTC(大规模机械化的沟通)。这些用例可以产生前所未有的数据量,远远超过4 g LTE。最重要的是,这些数据需要处理和存储和云边缘提取的见解。
5 g的直接好处,比如更高的数据速率,降低延迟,和更高的网络能力,把独特的挑战的存储硬件接口,西部数据公司将不得不解决。否则,你的5 g经验将会减少到最薄弱的环节的特点。
我们听到边缘计算和边缘存储5 g的未来是至关重要的;为什么?
新的应用,如远程医疗,联系车辆,工业自动化需要实时数据处理和存储。而云仍然存在提供大规模的分析在一个中央位置,边缘处理可能发生接近的位置和传感器收集的数据实际上是端点。这将提高效率、性能和安全的网络。总的来说,它也会降低成本和更容易维护。此外,处理和存储的技术应该附近另一个从数据获得真正的价值。因此,边缘沿着边缘处理存储就变得至关重要。
5 g多米诺效应在现有网络基础设施。5克,更多的情报和计算能力将从云迁移到边缘。
一种不同的存储需要吗?如果是,为什么?
存储不是4 g网络的瓶颈。然而,这5 g的显著变化。5克用例引入架构更改存储设计。考虑到生成的数据量和用例,5 g需要存储设备较高的能力,更新界面,更随机读/写性能,更长的数据保留,并增加耐力。让我们今天的标准硬件接口的一个例子为嵌入式产品。同时继续作为许多嵌入式应用程序,存储骨干eMMC数据传输带宽较低与更新的电平标准相比,UFS3.1首次部署在智能手机和设计提供更高的速度符合5 g的要求。
老为ssd存储接口的另一个例子是SATA,可5 g边缘处理的瓶颈。
读也
由于速度快5克,我们并不需要太多的本地存储,对吧?
相反。5克,你会需要更多的本地存储在边缘和端点。即使采用5 g网络网络在世界范围内,我们将面临的挑战。连接可能是缓慢的,断断续续的,有时甚至是不存在的。因此,对于挽救生命的任务关键型应用程序中,你不能等待回复查询的数据中心。本地处理和存储,以及转让只有特定的结果返回给一个中央数据中心就是答案。
接下来是什么?
5 g的存储架构变化数据中心和边缘/端点。我们将能够帮助客户正确的存储需求。该公司将继续为客户创新的新的应用程序和工作负载,降低自己的成本。还大量投资于研发、设计、制造的hdd硬盘和闪存产品使其看到的大图存储在产品和技术。
为下一代5 g企业数据中心,我们致力于开发大容量文件的(超过2 pb在一个箱子里),NVMe在织物(超过600结核病在一个箱子里),和尖端技术,如OptiNAND、三阶段ssd驱动器和分区名称空间。
5 g的端点和边缘,我们不断创新在3 d NAND闪存细胞,固件和ASIC技术提供高性能UFS 3.1嵌入式闪存BGA包、扩展温度级SD卡,和工业NVMe ssd。
我们确保硬件不会5 g的限幅器功能。这就是为什么我们正在高速存储到一个新的层次。
Does storage become even more critical in the 5G era? Can it become a bottleneck to performance in certain conditions?
<\/strong>
The adoption of 4G\/LTE in the last decade has led to the proliferation of social media, video streaming, gaming, and many other applications, which have resulted in a humongous growth of data.
5G is even more exciting. It could be one of the most prominent technologies of the decade. Three of the most exciting application areas or use cases for 5G are eMBB (enhanced mobile broadband<\/a>), URLLC (Ultra-reliable low-latency communication), and mMTC (Massive machine-type communication). These use cases can generate an unprecedented amount of data, much more than 4G\/LTE. Most importantly, this data needs to be processed and stored at the edge and cloud to extract insights.
The immediate benefits of 5G, such as higher data rates, lower latencies, and higher network capacities, throw unique challenges to the storage hardware interfaces that companies like Western Digital will have to address. Otherwise, your 5G experience will be reduced to the characteristics of the weakest link.
We hear edge computing<\/a> and edge storage are crucial to a 5G future; why?<\/strong>
New applications such as remote healthcare, connected vehicles, and industrial automation need real-time data processing and storage. While the cloud will still exist to provide large-scale analytics at a central location, edge processing can happen close to the location where the data is actually collected from the endpoints and sensors. This will improve the efficiency, performance, and safety of the network. Overall, it will also reduce costs and be easier to maintain. In addition, the technologies for processing and storage should be located near one another to get real value from the data. Hence, edge storage becomes crucial along with edge processing.
5G will have a domino effect on existing network infrastructure. With 5G, more intelligence and computing power will migrate from the cloud to the edge.
Will a different kind of storage be needed? If yes, why?
<\/strong>
Storage was not the bottleneck for 4G networks. However, this changes dramatically with 5G. 5G use cases are bringing architectural changes into the storage designs. Considering the amount of data generation and the use cases, 5G needs storage devices<\/a> with higher capacities, newer interfaces, more random read\/write performance, longer data retention, and increased endurance. Let's take an example of today's standard hardware interfaces for embedded products. While continuing to serve as the storage backbone for many embedded applications, eMMC data transfer bandwidth is lower compared to the newer JEDEC standard, UFS3.1 which were first deployed in smartphones and were designed to deliver higher speeds in line with 5G requirements.
Another example of an older storage interface for SSDs is SATA, which can be a bottleneck for 5G Edge processing.
Read also<\/h4><\/a><\/figure>5G mobiles account for 22 pc share of India's smartphone shipment: CMR<\/a><\/h5><\/div><\/a><\/figure>5G spectrum auctions in April-May 2022, govt clean on Pegasus: Vaishnaw<\/a><\/h5><\/div><\/a><\/figure>Open RAN: Critical to India 5G success but a road fraught with challenges<\/a><\/h5><\/div><\/a><\/figure>Nokia to launch SaaS services for telcos; says targeting $3.1 billion addressable market<\/a><\/h5><\/div><\/div><\/div>
Due to the fast speeds of 5G, we don't need much local storage, right?<\/strong>
On the contrary. With 5G, you'll need more local storage at the edge and endpoints. Even after the adoption of 5G networks<\/a> worldwide, we will face network challenges. Connectivity could be slow, intermittent, or even non-existent sometimes. So, for mission-critical and life-saving applications, you cannot wait for a data centre to respond to a query. So, local processing and storage, along with the transfer of only specific results back to a central data center is the answer.
What's next?<\/strong>
5G changes the storage architecture of both the data centre and the edge\/endpoints. We are well-positioned to help customers with the right storage requirements. The company continues to innovate for its customers' new applications and workloads and reduce their costs. It is also heavily invested in R&D, designing, and manufacturing of HDDs (hard drives) and flash memory products enabling it to see a larger view of storage across products and technologies.
For the next-generation 5G enterprise data centers, We are committed to the development of massive capacity JBOD's (over 2 Petabytes in a single box), NVMe over Fabric (over 600TB in a single box), and cutting-edge technologies, such as OptiNAND, Triple Stage actuator and Zoned Namespaces SSDs.
For the 5G endpoints and edge, We are continuously innovating in 3D NAND flash cell, firmware, and ASIC technology to deliver high-performance UFS 3.1 embedded flash drives in BGA packages, extended temperature grade SD cards, and industrial NVMe SSDs.
We are ensuring that hardware will not be a limiter of 5G capabilities. That’s why we’re taking high-speed storage to the next level.
<\/body>","next_sibling":[{"msid":87777980,"title":"India's Mahanagar Telephone Nigam surges after report on govt's revival plan","entity_type":"ARTICLE","link":"\/news\/indias-mahanagar-telephone-nigam-surges-after-report-on-govts-revival-plan\/87777980","category_name":null,"category_name_seo":"telecomnews"}],"related_content":[],"seoschemas":false,"msid":87778257,"entity_type":"ARTICLE","title":"ETTelecom interviews: Western Digital\u2019s Khalid Wani on storage requirements in the 5G era","synopsis":"\"Considering the amount of data generation and the use cases, 5G needs storage devices with higher capacities, newer interfaces, more random read\/write performance, longer data retention, and increased endurance,\" Wani highlights. ","titleseo":"telecomnews\/ettelecom-interviews-western-digitals-khalid-wani-on-storage-requirements-in-the-5g-era","status":"ACTIVE","authors":[{"author_name":"Danish Khan","author_link":"\/author\/479206691\/danish-khan","author_image":"https:\/\/etimg.etb2bimg.com\/authorthumb\/479206691.cms?width=250&height=250&imgsize=7874","author_additional":{"thumbsize":true,"msid":479206691,"author_name":"Danish Khan","author_seo_name":"danish-khan","designation":"Senior Assistant Editor","agency":false}}],"analytics":{"comments":0,"views":747,"shares":0,"engagementtimems":2349000},"Alttitle":{"minfo":""},"artag":"ETTelecom","artdate":"2021-11-18 15:09:47","lastupd":"2021-11-18 15:09:48","breadcrumbTags":["5G networks","Devices","device storage in 5G era","5G","edge computing","Western Digital","Western Digital 5G","5G technology","enhanced mobile broadband","Interviews"],"secinfo":{"seolocation":"telecomnews\/ettelecom-interviews-western-digitals-khalid-wani-on-storage-requirements-in-the-5g-era"}}" data-news_link="//www.iser-br.com/news/ettelecom-interviews-western-digitals-khalid-wani-on-storage-requirements-in-the-5g-era/87778257">
<\/a><\/figure>5G mobiles account for 22 pc share of India's smartphone shipment: CMR<\/a><\/h5><\/div><\/a><\/figure>5G spectrum auctions in April-May 2022, govt clean on Pegasus: Vaishnaw<\/a><\/h5><\/div><\/a><\/figure>Open RAN: Critical to India 5G success but a road fraught with challenges<\/a><\/h5><\/div><\/a><\/figure>Nokia to launch SaaS services for telcos; says targeting $3.1 billion addressable market<\/a><\/h5><\/div><\/div><\/div>
Due to the fast speeds of 5G, we don't need much local storage, right?<\/strong>
On the contrary. With 5G, you'll need more local storage at the edge and endpoints. Even after the adoption of 5G networks<\/a> worldwide, we will face network challenges. Connectivity could be slow, intermittent, or even non-existent sometimes. So, for mission-critical and life-saving applications, you cannot wait for a data centre to respond to a query. So, local processing and storage, along with the transfer of only specific results back to a central data center is the answer.
What's next?<\/strong>
5G changes the storage architecture of both the data centre and the edge\/endpoints. We are well-positioned to help customers with the right storage requirements. The company continues to innovate for its customers' new applications and workloads and reduce their costs. It is also heavily invested in R&D, designing, and manufacturing of HDDs (hard drives) and flash memory products enabling it to see a larger view of storage across products and technologies.
For the next-generation 5G enterprise data centers, We are committed to the development of massive capacity JBOD's (over 2 Petabytes in a single box), NVMe over Fabric (over 600TB in a single box), and cutting-edge technologies, such as OptiNAND, Triple Stage actuator and Zoned Namespaces SSDs.
For the 5G endpoints and edge, We are continuously innovating in 3D NAND flash cell, firmware, and ASIC technology to deliver high-performance UFS 3.1 embedded flash drives in BGA packages, extended temperature grade SD cards, and industrial NVMe SSDs.
We are ensuring that hardware will not be a limiter of 5G capabilities. That’s why we’re taking high-speed storage to the next level.
<\/body>","next_sibling":[{"msid":87777980,"title":"India's Mahanagar Telephone Nigam surges after report on govt's revival plan","entity_type":"ARTICLE","link":"\/news\/indias-mahanagar-telephone-nigam-surges-after-report-on-govts-revival-plan\/87777980","category_name":null,"category_name_seo":"telecomnews"}],"related_content":[],"seoschemas":false,"msid":87778257,"entity_type":"ARTICLE","title":"ETTelecom interviews: Western Digital\u2019s Khalid Wani on storage requirements in the 5G era","synopsis":"\"Considering the amount of data generation and the use cases, 5G needs storage devices with higher capacities, newer interfaces, more random read\/write performance, longer data retention, and increased endurance,\" Wani highlights. ","titleseo":"telecomnews\/ettelecom-interviews-western-digitals-khalid-wani-on-storage-requirements-in-the-5g-era","status":"ACTIVE","authors":[{"author_name":"Danish Khan","author_link":"\/author\/479206691\/danish-khan","author_image":"https:\/\/etimg.etb2bimg.com\/authorthumb\/479206691.cms?width=250&height=250&imgsize=7874","author_additional":{"thumbsize":true,"msid":479206691,"author_name":"Danish Khan","author_seo_name":"danish-khan","designation":"Senior Assistant Editor","agency":false}}],"analytics":{"comments":0,"views":747,"shares":0,"engagementtimems":2349000},"Alttitle":{"minfo":""},"artag":"ETTelecom","artdate":"2021-11-18 15:09:47","lastupd":"2021-11-18 15:09:48","breadcrumbTags":["5G networks","Devices","device storage in 5G era","5G","edge computing","Western Digital","Western Digital 5G","5G technology","enhanced mobile broadband","Interviews"],"secinfo":{"seolocation":"telecomnews\/ettelecom-interviews-western-digitals-khalid-wani-on-storage-requirements-in-the-5g-era"}}" data-news_link="//www.iser-br.com/news/ettelecom-interviews-western-digitals-khalid-wani-on-storage-requirements-in-the-5g-era/87778257">
<\/a><\/figure>5G spectrum auctions in April-May 2022, govt clean on Pegasus: Vaishnaw<\/a><\/h5><\/div><\/a><\/figure>Open RAN: Critical to India 5G success but a road fraught with challenges<\/a><\/h5><\/div><\/a><\/figure>Nokia to launch SaaS services for telcos; says targeting $3.1 billion addressable market<\/a><\/h5><\/div><\/div><\/div>
Due to the fast speeds of 5G, we don't need much local storage, right?<\/strong>
On the contrary. With 5G, you'll need more local storage at the edge and endpoints. Even after the adoption of 5G networks<\/a> worldwide, we will face network challenges. Connectivity could be slow, intermittent, or even non-existent sometimes. So, for mission-critical and life-saving applications, you cannot wait for a data centre to respond to a query. So, local processing and storage, along with the transfer of only specific results back to a central data center is the answer.
What's next?<\/strong>
5G changes the storage architecture of both the data centre and the edge\/endpoints. We are well-positioned to help customers with the right storage requirements. The company continues to innovate for its customers' new applications and workloads and reduce their costs. It is also heavily invested in R&D, designing, and manufacturing of HDDs (hard drives) and flash memory products enabling it to see a larger view of storage across products and technologies.
For the next-generation 5G enterprise data centers, We are committed to the development of massive capacity JBOD's (over 2 Petabytes in a single box), NVMe over Fabric (over 600TB in a single box), and cutting-edge technologies, such as OptiNAND, Triple Stage actuator and Zoned Namespaces SSDs.
For the 5G endpoints and edge, We are continuously innovating in 3D NAND flash cell, firmware, and ASIC technology to deliver high-performance UFS 3.1 embedded flash drives in BGA packages, extended temperature grade SD cards, and industrial NVMe SSDs.
We are ensuring that hardware will not be a limiter of 5G capabilities. That’s why we’re taking high-speed storage to the next level.
<\/body>","next_sibling":[{"msid":87777980,"title":"India's Mahanagar Telephone Nigam surges after report on govt's revival plan","entity_type":"ARTICLE","link":"\/news\/indias-mahanagar-telephone-nigam-surges-after-report-on-govts-revival-plan\/87777980","category_name":null,"category_name_seo":"telecomnews"}],"related_content":[],"seoschemas":false,"msid":87778257,"entity_type":"ARTICLE","title":"ETTelecom interviews: Western Digital\u2019s Khalid Wani on storage requirements in the 5G era","synopsis":"\"Considering the amount of data generation and the use cases, 5G needs storage devices with higher capacities, newer interfaces, more random read\/write performance, longer data retention, and increased endurance,\" Wani highlights. ","titleseo":"telecomnews\/ettelecom-interviews-western-digitals-khalid-wani-on-storage-requirements-in-the-5g-era","status":"ACTIVE","authors":[{"author_name":"Danish Khan","author_link":"\/author\/479206691\/danish-khan","author_image":"https:\/\/etimg.etb2bimg.com\/authorthumb\/479206691.cms?width=250&height=250&imgsize=7874","author_additional":{"thumbsize":true,"msid":479206691,"author_name":"Danish Khan","author_seo_name":"danish-khan","designation":"Senior Assistant Editor","agency":false}}],"analytics":{"comments":0,"views":747,"shares":0,"engagementtimems":2349000},"Alttitle":{"minfo":""},"artag":"ETTelecom","artdate":"2021-11-18 15:09:47","lastupd":"2021-11-18 15:09:48","breadcrumbTags":["5G networks","Devices","device storage in 5G era","5G","edge computing","Western Digital","Western Digital 5G","5G technology","enhanced mobile broadband","Interviews"],"secinfo":{"seolocation":"telecomnews\/ettelecom-interviews-western-digitals-khalid-wani-on-storage-requirements-in-the-5g-era"}}" data-news_link="//www.iser-br.com/news/ettelecom-interviews-western-digitals-khalid-wani-on-storage-requirements-in-the-5g-era/87778257">
<\/a><\/figure>Open RAN: Critical to India 5G success but a road fraught with challenges<\/a><\/h5><\/div><\/a><\/figure>Nokia to launch SaaS services for telcos; says targeting $3.1 billion addressable market<\/a><\/h5><\/div><\/div><\/div>
Due to the fast speeds of 5G, we don't need much local storage, right?<\/strong>
On the contrary. With 5G, you'll need more local storage at the edge and endpoints. Even after the adoption of 5G networks<\/a> worldwide, we will face network challenges. Connectivity could be slow, intermittent, or even non-existent sometimes. So, for mission-critical and life-saving applications, you cannot wait for a data centre to respond to a query. So, local processing and storage, along with the transfer of only specific results back to a central data center is the answer.
What's next?<\/strong>
5G changes the storage architecture of both the data centre and the edge\/endpoints. We are well-positioned to help customers with the right storage requirements. The company continues to innovate for its customers' new applications and workloads and reduce their costs. It is also heavily invested in R&D, designing, and manufacturing of HDDs (hard drives) and flash memory products enabling it to see a larger view of storage across products and technologies.
For the next-generation 5G enterprise data centers, We are committed to the development of massive capacity JBOD's (over 2 Petabytes in a single box), NVMe over Fabric (over 600TB in a single box), and cutting-edge technologies, such as OptiNAND, Triple Stage actuator and Zoned Namespaces SSDs.
For the 5G endpoints and edge, We are continuously innovating in 3D NAND flash cell, firmware, and ASIC technology to deliver high-performance UFS 3.1 embedded flash drives in BGA packages, extended temperature grade SD cards, and industrial NVMe SSDs.
We are ensuring that hardware will not be a limiter of 5G capabilities. That’s why we’re taking high-speed storage to the next level.
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