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VSC3308XJM 参数 Datasheet PDF下载

VSC3308XJM图片预览
型号: VSC3308XJM
PDF下载: 下载PDF文件 查看货源
内容描述: [Telecom IC,]
分类和应用:
文件页数/大小: 2 页 / 900 K
品牌: VITESSE [ VITESSE SEMICONDUCTOR CORPORATION ]
 浏览型号VSC3308XJM的Datasheet PDF文件第2页  
VSC3308
P
RODUCT
B
RIEF
11.5 Gbps 8 × 8 Crosspoint Switch
Vitesse’s multichannel 11.5 Gbps crosspoint switch provides a cost-effective solution for high-speed copper
interconnects
The VSC3308 is the industry’s highest performance signal integrity
crosspoint solution. The VSC3308 is uniquely capable of addressing a wide
array of routing, switching, and signal integrity issues across storage, blade
server, video distribution, telecommunications, and Ethernet applications.
Featuring an 8 × 8 non-blocking, multicasting switch core with ports running
at any rate up to 11.5 Gbps, the VSC3308 architecture provides
protocol-transparent operation, allowing each channel to run independently.
The VSC3308 supports a wide frequency range and virtually all data
protocols.
The VSC3308 incorporates Vitesse’s fourth-generation input equalization
and pre-emphasis I/O capability for the industry’s highest speed and
protocol requirements. The device can perform signal fanout, loopback, and
protection switching. It can also regenerate signals severely compromised
by transmission losses. Vitesse’s equalization works independently of the
data rate, providing highly effective compensation for deterministic jitter
across a wide range of high-speed interconnect applications.
Highlights
• DC to 11.5 Gbps operation
• 8 × 8 fully non-blocking switch
capability
• Protocol-transparent operation
• Advanced EQ
Applications
• Blade servers
• Storage servers
• Telecom
• Video distribution
• Test and Measurement equipment
VSC3308 Line Card Application
Serial
DC to
11.5 Gbps
Serial
DC to
11.5 Gbps
XFP
PHY
ASIC or
FPGA
8
VSC3308
8
Crosspoint
Line Card
Backplane
Switch Card
Using the VSC3308 in high-speed line cards ensures best-in-class I/O performance up to
11.5 Gbps with EQ technology to compensate for connector, backplane, and FR-4 loss.
www.vitesse.com