HPCS6005C.A0-998956 Cortina Systems Inc, HPCS6005C.A0-998956 Datasheet

HPCS6005C.A0-998956

Manufacturer Part Number

HPCS6005C.A0-998956

Description

IC TRANSPORT PROCESSOR 1517-BGA

Manufacturer

Cortina Systems Inc

Datasheet

1.HPCS6004C.A0-998954.pdf (4 pages)

Specifications of HPCS6005C.A0-998956

Includes

Function

Optical Transport Processor

Interface

SFI-4.1, SFI-4.2, SFI-5.1, XAUI, XFI

Number Of Circuits

Voltage - Supply

1V, 1.8V, 2.5V

Current - Supply

Power (watts)

Operating Temperature

Mounting Type

Surface Mount

Package / Case

1517-FBGA

Lead Free Status / RoHS Status

Lead free / RoHS Compliant

Other names

1008-1019
HPCS6005C.A0-998890

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Bonase Electronics (HK) Co., Limited

Part Number:

HPCS6005C.A0-998956

Manufacturer:

Cortina

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Company:

BOSTOCK HK LIMITED

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HPCS6005C.A0-998956

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Cortina Systems

Product Overview

Demand for bandwidth-intensive applications such as

video-on-demand, music downloads, and telepresence

is growing, and network deliv ery of larger file formats

like HD video continues to gain in popularit y. Telecom

equipment makers are looking for solutions that allow

them to deliver these bandwidth-intensive

experiences to consumers while k eeping their power

usage and costs in check. The new Cortina S ystems

CS600x Optical Transport Processor & FEC Device

(CS600x Transport Processor) enables carriers to

deliver high-quality, data-intensive services while

reducing operational and capital expenditures by

permitting efficient multiplexing and tr ansparent

transport of a broad spectrum of 10G class clients

including Ethernet, SONET/SDH, and Stor age over

high speed optical tr ansport networks as well as 40G.

The CS600x Transport Processor family offers

advanced analog integration, proven optical transport

networking, and FEC leadership . It aggregates and

transports a broad mixture of 10G Ethernet, 10G-

class storage, and SONET/SDH clients o ver 10G or

40G transport networks. Based on cutting-edge

technology, the CS600x Transport Processor offers a

rich feature set that allows for denser and more

flexible line cards for metro and long-haul dense

wavelength-division-multiplexing applications,

Ethernet switch and router platforms, and submarine

ultra long-haul systems. K ey features include

aggregation of four fully independent synchronous or

asynchronous 10Gs tributaries to a 40G signal; super

forward error correction ("Super FEC"); tr ansport,

mapping, and performance monitoring; and

networking support for v arious client signals.

The CS600x Transport Processor family is offered as

five different options that are specifically tailored to

various 40G or 10G applications.

• The CS6001 Transport Processor features two 17-

lane or 16-lane 40G-class interfaces (SFI -5.1 or

16-lane SFI-4.2), eight four-lane 10G-class

interfaces (XAUI or SFI-4.2), and four XFI serial

10G-class interfaces. Additionally, each SFI -5.1

interface can be down-clock ed to operate as a 16-

bit SFI-4.1 compliant interface. The CS6001

Transport Processor can handle full duplex

processing of either a single 40G signal or up to

four independent 10G signals. The receiv er and

CS6001/2/3/4/5 Next Generation G.709 Optical Transport Processor Platform for 10G and 40G

• The CS6002 Transport Processor is tailored for 40G

• The CS6003 Transport Processor is targeted for

• The CS6004 Transport Processor is targeted for

• The CS6005 Transport Processor is targeted for

The CS600x Transport Processor is compatible with

Cortina devices, such as the Cortina S ystems

CS2777, CS1222, CS3487, CS3477, and CS1999, on

the client side.

Aggregation

The CS600x Transport Processor supports a v ariety of

aggregation configurations. For example, the device

can be used to aggregate 10G clients oper ating at

different rates. Clients are independent - an y mix of

10GE LAN PHY, 10G SDH/SONET, 10G OTN, or

FC1200/800 is allowed. Con versely, an incoming

aggregate 40G signal can be asynchronously

de-aggregated to its original 10G clients. Additional

possibilities include 24 x GbE Aggregation to dual 10G

OTN for Long Haul WDM applications, NxGE

aggregation, or demultiplexing 10G Class Signals from

a 40G circuit backplane input.

10GE LAN Mapping

The CS600x Transport Processor supports man y

different methods, with v arying degrees of

transparency, to map and tr ansport 10 GbE LAN clients

over Transport Networks: by synchronously mapping

the 10 GbE LAN client o ver an OPU2 or OPU1 pa yload

(resulting in an O TU2 signal overclocked at 11.096

Gbps or 11.049 Gbps), by r ate adapting the 64B/66B

stream before mapping ov er OPU2 (or VC -4-64c)

payload, or by using GFP-F encapsulation before

mapping over OPU2

(or VC-4-64c).

transmit ports can be configured independently to

monitor (and optionally terminate) O TU3/OC-768,

40GE, and OTU2/OC-192/10 GbE/FC-1200/FC-800

signals.

Muxponder and Cross connect applications in the

DWDM, and P-OTP platforms.

4x10G applications in the D WDM, OTN-crossconnect

applications.

4x10G applications in the R outer/Switch market

place.

2x10G applications.

Product Brief

Product Brief Number: 400967-1.0

Related parts for HPCS6005C.A0-998956

HPCS6005C.A0-998956 Summary of contents

Page 1

TM Cortina Systems CS6001/2/3/4/5 Next Generation G.709 Optical Transport Processor Platform for 10G and 40G ® Product Overview Demand for bandwidth-intensive applications such as video-on-demand, music downloads, and telepresence is growing, and network deliv ery of larger file formats like ...

Page 2

Forward Error Correction The 10G Super FEC scheme used in the CS600x Transport Processor is the Ultr a-Strong FEC (UFEC) supported by the industry leading Cortina S ystems IXF30009/IXF30011 Optical Transport Processors and specified in section I.7 of the ITU ...

Page 3

CS600x Transport Processor Block Diagrams Both the west side interface and east side interface feature the following connection: OxU-3(V)/OC -768/40GE or 4XOxU-2(V)/10GbE/OC-192/FC1200/800/400/200/100. 40G Regenerator / Transponder with Internal 40G SuperFEC The CS600x Transport Processor shown below in either a tr ...

Page 4

CS600x Transport Processor Block Diagrams (Con’t) This diagram illustrates the use of the CS600x T ransport Processor in wr apping 10G client signals into an O TU-2 for transport with Ultra FEC. Note that the device supports both SFI4.1 and ...

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