In the modern AI datacenter – really, a data galaxy at this point because AI processing needs have broken well beyond the ...
SiGe-based Transmit/receive chipset at 2.5Gbps first in NurLogic's roadmap of parallel fiber optic IC solutions SAN DIEGO - June 25, 2001 - NurLogic Design, Inc., a developer of high-bandwidth ...
Maintaining signal integrity over distance requires increasingly aggressive equalisation and DSP, driving up power per bit ...
If memory bandwidth is holding back the performance of some of your applications, and there is something that you can do about it other than to just suffer. You can tune the CPU core to memory ...
Employing 48 electro-optical data channels, this parallel fiber-optic chipset provides an aggregate bandwidth totalling a whopping 240 Gbps, reportedly the highest in the industry. The SiGe chipset ...
PCI-SIG®, or the Special Interest Group responsible for PCI Express® industry-standard I/O technology, today announced the availability of the PCI Express Base 2.0 specification. After a 60-day review ...
Traditional approaches to data center networking cannot satisfy the scale, bandwidth, latency and cost points required for evolving data center software architectures. Fibre Channel and InfiniBand ...
There was an interesting discussion over in one of the Cisco forums on how to calculate your WAN speed. Those of you who read my last post know that packet loss, latency, and bandwidth all play into ...
Somehow I got tasked with computing customer pricing for bandwidth in our datacenter.<BR><BR>The biggest hurdle I'm trying to get over is to figure out a commit level when a customer comes to us and ...
According to the Vertical Systems Group, Ethernet bandwidth in the U.S. now exceeds the total aggregate bandwidth of all other legacy circuits including private Lines, frame relay, ATM, TDM, and ...
Users comparing throughput numbers for PCI Express and PCI-X may find the experience confusing. That’s because the nature of the two architectures makes apples-to-apples comparisons more difficult.