XC2VP30-5FGG6...

  • 2022-09-24 21:48:02

XC2VP30-5FGG676I original genuine spot brand XILINX

Model XC2VP30-5FGG676I Brand XILINX

descriptive value

Device Logic Unit 30, 816

Device Logic Unit 30, 816

System programmability is

Lead Finish Tin/Silver/Copper

Maximum processing temperature 250

Maximum number of user I/Os 416

Maximum operating voltage 1.575 V

Minimum operating voltage 1.425 V

Mounting Surface Mount

MSL level 3

Number of registers 27,392

Operating temperature 0 to 85°C

Number of needles 676

Product dimensions 27 x 27 x 1.73 mm

RAM bit 2 506 752 bit

Reprogrammable Support1

Screening Level Commercial

Speed class 5

Supplier Packaging FBGA

Typical operating voltage 1.5000 V

What ASIC-like features are added to the new UltraScale architecture?

The UltraScale architecture applies cutting-edge ASIC technology in a fully programmable architecture that scales from 20nm planar FETs to 16nm FinFETs and beyond, and from single-chip circuits to 3D ICs. The UltraScale architecture not only addresses the limitations of traditional FPGA systems in terms of total throughput scaling and latency, but also directly breaks through the number one system performance bottleneck on advanced nodes, the interconnect problem. How is it achieved?

Tang Liren, global senior vice president of Xilinx: UltraScale architecture can provide ASIC-like multi-region clock function, which is an important improvement.

First, an ASIC-like clock function is provided.

ASIC-like multi-region clocking is available in the UltraScale architecture, allowing designers to place system-level clocks at any optimal location across the die, reducing system-level clock skew by up to 50 percent. Placing clock-driven nodes in the geometric center of functional blocks and balancing the clock skew of different leaf clock cells can break one of the biggest bottlenecks preventing multi-gigabit system-level performance. The ASIC-like clocking capability of the UltraScale architecture removes all clock placement constraints and enables a large number of independent high-performance low-skew clocking resources in the system design, one of the key requirements for next-generation designs. This is the biggest departure from the clocking scheme used in previous generations of programmable logic devices, and a significant improvement.

Secondly, it provides a new generation of routing: to meet the challenges of massive data flow in the network center in the era of big data.

For the requirements of massive data flow, multi-gigabit intelligent packet processing, multi-terabit throughput and low latency, the interconnection problem has become the number one bottleneck affecting system performance.

Let's make an analogy. Located at a busy intersection in the city center, the direction of traffic flow is from north to south, from south to north, from east to west, and from west to east, some vehicles are trying to make a U-turn, all traffic vehicles are trying to move at the same time. This usually results in heavy traffic jams. Now consider what would happen if this intersection was carefully designed as a modern highway or arterial road. Road designers have designed dedicated ramps (fast lanes) to smoothly channel traffic from one end of a major highway intersection to the other. Traffic flow can move at full speed from one end of the highway to the other without traffic jams. The two figures below illustrate this point:

Company: Yuhang Military Semiconductor Co., Ltd. website; http://www.yhjgic.com

Contact: Mr. Liu

Business Phone; 400-801-6772

Enterprise QQ;_ 2852760362

Tel: 0755-82557010

Welcome to inquire!

Address: Shenzhen Branch Office Room 2003, Bantian People's Government Sub-district Office, No. 5 Huancheng South Road, Longgang District, Shenzhen

Aerospace and military industry XILINX first-level agent spot distributor, price advantage original authentic!

Hello! Welcome to Yuhang Military Industry Group, Yuhang Military Industry is currently a well-known electronic component distributor in China, specializing in, Memory,

FPGA/CPLD diodes, optocouplers, single-chip microcomputers, processors, power chips, amplifiers, MOS tubes, and a series of original channels for superior products, the price exceeds that of peer agents!