EchoStar has opened a new O-RAN testing and evaluation lab at the company's data center in Cheyenne, Wyoming. https://lnkd.in/eyGtFVFw
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Discover how Fungible leveraged PLVision's expertise to improve the performance and capabilities of their data center solutions. Read our case study that details PLVision’s successful partnership with Fungible, a leading composable infrastructure provider, to unlock the potential of SONiC-DASH, a groundbreaking open-source networking technology. You'll learn the valuable insights gained through our focused proof-of-concept, enabling a critical VNET-to-VNET use case, and explore how PLVision validated the solution without a SONiC control plane in place. Finally, we reveal how our experts laid the groundwork for Fungible to expand their DPU applications in the hyper-scale data center market. Download the full case study to discover how PLVision can empower you to achieve similar results: https://lnkd.in/dgsKmkdS #OpenNetworking #SmartNIC #DPU #SONiC #DASH #PLVision
Case Study: SONiC-DASH API Implementation for Fungible DPU | PLVision
https://plvision.eu
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Bredec Group Bredec Group Show HN: Coverage Critic Map – Combined Coverage Map for US Cell Networks: Hi HN! I built a map that shows cell coverage from the major US networks. It draws primarily on data from the FCC, but that's supplemented/calibrated with a bunch of crowdsourced data from the DIMO project (dimo.zone). My goal is to make comparisons between networks super easy--one click to toggle between networks or technologies. I'm never sure how much to trust networks' self-published maps. I'm still in the early days of incorporating the crowdsourced data, but I'm hoping all the on-the-ground data can lead to a map that's more reliable than network operators' maps (those are largely based on RF modeling). Couple notes: -Toggle options from the settings menu, like adding Dish & US Cellular or switching to exclusively crowdsourced data -Map shows native (non-roaming) coverage -Coverage info is most detailed while zoomed in Would love any feedback! Cheers, Chris --- Comments URL: https://lnkd.in/dp45byMk Points: 1 # Comments: 0 [email protected] [email protected]
Coverage Map - Compare Networks
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The data center arm of PLDT Inc. (PLDT) and ePLDT subsidiary VITRO, Inc. recently performed a topping-off ceremony to commemorate the structural completion of the 50-MW VITRO Sta. Rosa is the first and most sophisticated hyperscale data center in the country. #informationtechnology #bonds #stockmarket #stocks #finance #Business #Corporate #Corporation #Philippines #Financial #Invest #Investment #investingtips
PLDT's Data Center Arm, VITRO Inc., Tops off PH’s First Hyperscale Data Center in Laguna
itechsolutionph.com
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We are happy to receive the Nasscom Spotlight Award🏆 for the industry first innovation for the 5G Intelli-RAN framework. This framework uses software and machine learning to cut down on power consumption💡 in #5G RAN, resulting in energy savings for the network. The framework is also highly optimized with respect to capacity and throughput supported per core, leading to ~30% higher capacity that can be supported within the same compute node. Learn more about our 5G capabilities here👉 bit.ly/3Fpe68l #GetTheFutureYouWant
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Australia's only Tier IV sovereign facility. 100% Uptime, we're Always On. Watch our new video here: https://lnkd.in/eyGDY3C4 According to the Uptime Institute, a fault-tolerant data centre like Micron21 boasts multiple independent systems, each physically isolated to ensure redundancy in capacity components and distribution paths. These diverse, active paths simultaneously serve the computer equipment, ensuring uninterrupted operations even in the face of infrastructure failures. In this setup, redundant capacity components and diverse distribution paths ensure continuous power and cooling to the computer equipment, maintaining operations at full capacity despite any infrastructure glitches. All IT equipment is dual-powered and strategically installed to align seamlessly with the data center's architecture. Additionally, static transfer devices, like point-of-use switches, are integrated for equipment that doesn't meet these specifications. To further fortify resilience, complementary systems and distribution paths are compartmentalised, preventing any single event from impacting both systems simultaneously. This ensures uninterrupted service delivery even in challenging circumstances.
Micron21 Data Centre - Australia's only Tier IV sovereign facility. 100% Uptime, we're Always On.
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Unlock the secrets of data storage revolution with Pure Storage's experts. Explore the seismic shift from disk to all-flash technology, uncovering the untapped potential and game-changing innovations of Pure//E™ platforms.
Flash for Everything - Now an Impactful Reality
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The unsung heroes of this 5G narrative are time and phase synchronization. These critical functions are what make TDD truly shine. By meticulously coordinating the timing of transmissions, we can optimize spectrum utilization like never before. This precision avoids the risk of cross-slot interference, ensuring that downlink and uplink channels coexist harmoniously, paving the way for a seamless flow of data. Read the blog on our website. #5G #TDD #Telecommunications #NetworkSynchronization
Read the blog on our website.
microchip-partner.com
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The unsung heroes of this 5G narrative are time and phase synchronization. These critical functions are what make TDD truly shine. By meticulously coordinating the timing of transmissions, we can optimize spectrum utilization like never before. This precision avoids the risk of cross-slot interference, ensuring that downlink and uplink channels coexist harmoniously, paving the way for a seamless flow of data. Read the blog on our website. #5G #TDD #Telecommunications #NetworkSynchronization
Read the blog on our website.
microchip-partner.com
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The unsung heroes of this 5G narrative are time and phase synchronization. These critical functions are what make TDD truly shine. By meticulously coordinating the timing of transmissions, we can optimize spectrum utilization like never before. This precision avoids the risk of cross-slot interference, ensuring that downlink and uplink channels coexist harmoniously, paving the way for a seamless flow of data. Read the blog on our website. #5G #TDD #Telecommunications #NetworkSynchronization
Read the blog on our website.
microchip-partner.com
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The unsung heroes of this 5G narrative are time and phase synchronization. These critical functions are what make TDD truly shine. By meticulously coordinating the timing of transmissions, we can optimize spectrum utilization like never before. This precision avoids the risk of cross-slot interference, ensuring that downlink and uplink channels coexist harmoniously, paving the way for a seamless flow of data. Read the blog on our website. #5G #TDD #Telecommunications #NetworkSynchronization
Read the blog on our website.
microchip-partner.com
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