IBM42G12LNNAA30 [IBM]
Ethernet Transceiver,;型号: | IBM42G12LNNAA30 |
厂家: | IBM |
描述: | Ethernet Transceiver, 以太网:16GBASE-T 电信 电信集成电路 |
文件: | 总4页 (文件大小:675K) |
中文: | 中文翻译 | 下载: | 下载PDF数据表文档文件 |
Sized just right—for increased port density
and reduced power consumption
Small Form Factor Transceiver Product Family
Increase density, flexibility and
reduce power
and retransmit them as optical signals.
IBM SFFs are designed to maintain
signal integrity throughout the transmis-
sion process. Our SFFs have bit error
rates of less than 10-12.
Highlights
IBM SFFs allow manufacturers to double
the density of transceivers on a board
compared to what was possible with
GBICs, thereby allowing increased
network connections. The small footprint
of the IBM SFF enables its use in
applications where dimension con-
straints are critical to overall design.
The compact design incorporates an
integrated photodetector and preamp on
a single chip and an integrated laser
driver and post amp on a single chip.
Flexible, self-configuring 1 or
2 Gbps transmission rates for
current or future speeds
providing seamless transition
Small-form-factor technology
IBM offers a variety of SFF designs and
data rates to meet speed and configura-
tion specifications. IBM SFFs are
available in PTH and pluggable versions
that are easy to integrate and connect.
Rates from 1.063 Gbps up to 2.125 Gbps
using short or long wavelength lasers
are available. Enhanced design features
include frequency agility, reduced power
consumption and lower cost transmission.
Robust, reliable VCSEL short-
wave and Fabry Perot long-wave
lasers for distance requirements
Transmission rates from 1.0625
to 2.125 Gbps supported by
Pin-Through-Hole (PTH) and
hot-pluggable versions
IBM SFF transceivers are bidirectional
devices. They can receive serial optical
signals and convert them into electrical
signals or receive electrical signals
Manufactured to meet ANSI
Fibre Channel and IEEE Gigabit
Ethernet standards
SONET
Leading the networked world
The IBM Small Form Factor (SFF)
Router
Switch
product family is designed for a wide
range of networking applications
WAN
requiring high data rates, from gigabit
Ethernet and gigabit Fibre Channel to
client/server environments and distrib-
uted multiprocessing, as well as data
acquisition. As demand for networking
capabilities and rapid data transmission
become more critical, IBM products and
solutions can help you meet the changing
technological challenges you face.
FIBRE CHANNEL
Router
ETHERNET
LAN
Router
Switch
Bridge
Switch
Hub
SAN
Networked
Attached
Storage
(NAS)
RAID
Segment architecture
Choose VCSEL short-wave or
Fabry Perot long-wave lasers
IBM offers both VCSEL short-wave and
Fabry Perot long-wave lasers to meet
customer needs. The 850 nm VCSEL
short-wave lasers provide maximum
interconnect distances of 500 meters to
550 meters depending on transmission
rate and fiber optic cabling. The short-
wave IBM SFF is ideal for products
where port density, low power and cost
transmission are crucial. For longer
interconnect distances, the Fabry Perot
long-wave,1310 nm lasers, are a robust
and highly reliable source of transmis-
sion, and have a maximum operating run
of 10,000 meters. All products are
International Class 1 laser-safety
ELECTRICAL
+Rx_DAT
OPTICAL
RECEIVE SECTION
Post-amp and
Fiber
Input
Photoreceiver
Signal Detect
-Rx_DAT
Rx_SD
TRANSMIT SECTION
Fiber
Output
+Tx_DAT
-Tx_DAT
Laser
AC Modulation
DC Drive and
Safety Control
-Tx_Disable
Fault Sense
-Tx_Fault
(Only available on 2 x 6)
approved.
Small Form Factor transceiver block diagram
Fibre Channel products: fast,
flexible, plug and play
Ethernet products: reliable,
robust, cost-effective
The IBM SFF 2.125 Gbps is a short-
wave transceiver that can receive or
transmit data at 1 or 2 Gbps. With its
auto-negotiate function, the transition
from 1 to 2 Gbps is seamless and
undetectable.This capability enables the
device to automatically self-configure for
either a1 or 2 Gigabit transmission rate,
and allows manufacturers to capitalize
on a single solution for current and
future speeds.
For communication applications, IBM
SFFs are used throughout ethernet
connections from servers, routers, hubs,
and switches to network-attached
storage. They are integrated into network
interface cards and provide data
transmission for internet and e-mail
service.The IBM SFF pluggable (SFP)
devices have an auto-detect feature that
can detect the presence or loss of the
transmission signal.
Small Form Factor transceiver (SFP) with LC connector fiber cable
SFF models for every application
IBM SFFs are available in three versions
with a choice of VCSEL short-wave or
Fabry Perot long-wave lasers.
Ordering Information
2x/1x Fibre Channel Small Form Factor PTH and Hot-Pluggable (SFP) Transceivers
Max. signaling rate
(Gbps)
Wavelength
(nm)
Product descriptor
Part number
The IBM hot-pluggable 2 x 10 SFP
version includes a Serial ID module that
stores up to128 bytes of product
information, is easy to install, and can
have cables connected while the
transceiver is in operation.
SFF-PTH-2125-SW-2x5
SFF-PTH-2125-LW-2x5
SFF-PTH-2125-SW-2x6
SFF-PTH-2125-LW-2x6
SFF-SFP-2125-SW-2x10
SFF-SFP-2125-LW-2x10
IBM42F21SNNAA10
IBM42F21LNNAA10
IBM42G21SNNAA10
IBM42G21LNNAA10
IBM42P21SNYAA10
IBM42P21LNYAA10
2.125
2.125
2.125
2.125
2.125
2.125
850
1310
850
1310
850
Standard IBM 2 x 5 and 2 x 6 PTH
versions are designed to withstand
standard wave soldering and aqueous
cleaning, allowing a simpler and more
cost-effective manufacturing process.
The enhanced IBM 2 x 6 PTH model can
identify when the laser drive current is at
an improper level, thus providing
monitoring capabilities.
1310
Gigabit Ethernet/ Fibre Channel Small Form Factor PTH and Hot-Pluggable Transceivers
Max. signaling rate
(Gbps)
Wavelength
(nm)
Product descriptor
Part number
SFF-PTH-1063-SW-2x5
SFF-PTH-1250-SW-2x5
SFF-PTH-1063-LW-2x5
SFF-PTH-1250-LW-2x5
SFF-PTH-1063-SW-2x6
SFF-PTH-1250-SW-2x6
SFF-PTH-1063-LW-2x6
SFF-PTH-1250-LW-2x6
SFF-SFP-1063-SW-2x10
SFF-SFP-1250-SW-2x10
SFF-SFP-1063-LW-2x10
SFF-SFP-1250-LW-2x10
IBM42F10SNNAA30
IBM42F12SNNAA30
IBM42F10LNNAA30
IBM42F12LNNAA30
IBM42G10SNNAA30
IBM42G12SNNAA30
IBM42G10LNNAA30
IBM42G12LNNAA30
IBM42P10SNYAA10
IBM42P12SNYAA10
IBM42P10LNYAA10
IBM42P12LNYAA10
1.0625
1.25
850
850
1.0625
1.25
1310
1310
850
Supports industry standards
The IBM SFF product family supports the
physical layer of the American National
Standards Institute's (ANSI’s) Fibre
Channel and IEEE gigabit-Ethernet
standards. It also complies with the Fibre
Channel-Physical Interface (FC-PI)
specification for short-wave and long-
wave operation and is approved
1.0625
1.25
850
1.0625
1.25
1310
1310
850
1.0625
1.25
850
internally as a Class 1 laser-safe product.
All products are manufactured and
tested to meet IBM's quality standards.
1.0625
1.25
1310
1310
Future connections
Designing for the next generation of
networking devices is an evolutionary
process. IBM has always relied on the
creativity, integrity and innovation of its
experienced design teams to stay ahead
of the curve. IBM’s commitment to
research and development, quality and
manufacturing standards, and customer
satisfaction ensures that IBM will be
there to support your needs in commu-
nication and storage applications.
Small Form Factor transceivers with IBM evaluation card
Specifications
Electrical interface
Transmit signal input differential swing
Transmit signal input differential impedance
Receive signal output differential swing
Receive signal output differential impedance
Control I/O signals
400 to 2000 mVpp
100 ohms Nominal
600 to 1000 mVpp
100 ohms Nominal
TTL
© Copyright IBM Corporation 2000
All Rights Reserved
Printed in the United States of America 9-00
Optical
The following are trademarks of International
Business Machines Corporation in the United States,
or other countries, or both:
Data rate
1.0625 to 2.125 Gbps
850 nm to 860 nm
1310 nm
Short wavelength
Long wavelength
IBM
IBM Logo
Maximum launch power into fiber (avg.)
Minimum launch power into fiber (avg.)
Receiver optical modulation amplitude (OMA)— 1.0625 Gbps
Receiver optical modulation amplitude (OMA)— 2.125 Gbps
-4.0 dBm
Other company, product and service names may be
trademarks or service marks of others.
-10.0 dBm
31 to 2000 µWpp
49 to 2000 µWpp
All information contained in this document is subject
to change without notice. The products described in
this document are NOT intended for use in
Power
Voltage
Current
implantation or other life support applications where
malfunction may result in injury or death to persons.
The information contained in this document does
not affect or change IBM product specifications or
warranties. Nothing in this document shall operate
as an express or implied license or indemnity under
the intellectual property rights of IBM or third parties.
All information contained in this document was
obtained in specific environments, and is presented
as an illustration. The results obtained in other
operating environments may vary.
+3.3 V +/-5%
200 mA maximum
Short wavelength
50/125 µm Optical Fiber
Distance—1.0625 Gbps
Distance—1.25 Gbps
2 to 500 m
2 to 550 m
2 to 300 m
Distance—2.125 Gbps
62.5/125 µm Optical Fiber
Distance—1.0625 Gbps
Distance—1.2 Gbps
2 to 300 m
2 to 275 m
2 to 150 m
THE INFORMATION CONTAINED IN THIS DOCU-
MENT IS PROVIDED ON AN “AS IS” BASIS. In no
event will IBM be liable for damages arising directly
or indirectly from any use of the information
contained in this document.
Distance—2.125 Gbps
Long wavelength
9/125 µm Optical Fiber
Distance—1.0625 Gbps
Distance—1.25 Gbps
Distance—2.150 Gbps
IBM Microelectronics Division
2070 Route 52, Bldg. 330
Hopewell Junction, NY12533-6351
2 to 10,000 m
2 to 5,000 m
2 to 10,000 m
The IBM home page can be found at ibm.com.
The IBM Microelectronics Division home page
can be found at ibm.com/chips.
Environmental
Operating temperature
Operating humidity
Storage temperature
0° C to 70° C
8% RH to 80% RH
-40° C to 85° C
Physical size
Height
PTH
9.8 mm
Hot-pluggable
8.6 mm
Width
13.5 mm
49.5 mm
13.5 mm
Depth
56.5 mm
Form factor
Small form factor, LC connector, 2x5 or 2x6 pin through hole (PTH) and hot-pluggable (SFP)
Laser safety (Class I) and certifications
U.S.
DHHS 21 CFR (J) Conformant and UL
IEC 825-1 Conformant and CSA
International
Reliability
Average failure rate (AFR)
< 0.01% / khr (50° C)
< 10 -12
Maximum bit error rate at minimum receiver sensitivity
*07G522016000*
G522-0160-00
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