As a global leader of All Programmable technology and devices, Xilinx has once again refreshed the history of the FPGA industry, bringing the world's first heterogeneous 3D FPGA - Virtex®-7 H580T, which stands another attractive milestone.
Product Highlights:
SSI technology allows Saulith not only launched high-performance, low-power processes, but also achieves unparalleled ultra-high system performance through unprecedented multi-transceivers.
The Group's competitive single-chip FPGA integrated 28 Gbps channel is only one quarter of the Virtex®-7 H580T FPGA.
The isomerization architecture of Virtex-7 HT devices can provide independent technical options for core FPGAs and 28 Gbps transceiver chips to avoid waste of system power consumption and high-leased high-leased transistors that have no benefits for computing tasks. The burden of FPGA.
The 28 Gbps transceiver is used on the chip and is independent of the core FPGA architecture, and the excellent noise isolation function is achieved, achieving the best overall signal integrity and system space balance, and it is greatly improved for design convergence and faster. productive forces.
Figure 1: Virtex®-7 H580T device adopts a stacked silicon-based Internet (SSI) technology to provide 28 Gbps transceivers independent of the core FPGA architecture on the chip to achieve excellent noise isolation, optimal overall signal integrity, At the same time, the productivity is improved for design convergence.
This Virtex-7 HT FPGA uses Xilinx's stacked silicon-based Internet (SSI) technology, which provides the highest-ended FPGA, which provides up to 16 28 Gbps transceivers and 72 13.1 GBPS transceivers, and only unique Single-chip solutions that meet the requirements of key NX100G and 400G line card applications.
At the same time, Virtex-7 HT devices containing 28 GBPS transceivers can support up to 4 IEEE 100GE Gearbox with a single device, and can integrate advanced commissioning functions in the same FPGA, OTN, MAC or Interlaken IP, no independent Gearbox and ASSP devices. The Virtex-7 H870T device that is about to be listed is already able to support 400GE and can support 400GE modules that require 16 times speed 25 Gbps interface. This reduces the overall power consumption and material (BOM) cost, and can provide a more flexible solution with the continuous change of the transfer protocol.
Today, how to develop the network today, how to effectively upgrade the network, how to deal with the geometric level growth of data usage, which is critical to the communication industry. This requires the power consumption of the optical module to increase the port transport density while reducing the cost of the unit bits. Under the promotion of current CFP2 and future CFP4 optical modules, Virtex-7 HT will bring unprecedented integration capabilities for communication equipment manufacturers and meet NX100G and 400G line card design needs.
Mark Gustlin, a Cable Communication System Architect, Pulling, pointed out: "Virtex-7 H580T has 8 28 Gbps transceivers and greater logical capacity, is the only FPGA device that integrates more line card features, Personnel can realize dual 100G OTN repeater on a single chip. Compared to Virtex-7 H580T, ASSP-based solutions have more than a year, and five devices are required to achieve equal functions, in addition to at least increase 40%, cost increases by 50%. "
Chris Berge, a leader of Silicon Photos, One of the leaders of Luxtera, one of the leaders of Luxtera, gave Virtext -7 HT highly evaluated, "We pointed out:" We are low for 28 Gbps transceivers in Virtex-7 H580T devices. Transfer jitter performance is very satisfied. When we cooperate with the 4x speed 28 Gbps single-chip silicon photon transceiver and Virtex-7 H580T, we can quickly establish a profound impression. Sublin launched This device has undoubtedly realized a new industry milestone, which allows network system manufacturers to easily solve their challenges, and higher bandwidth requirements. ", Technology area
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