CPX1200 Family TM Low-Profile Carrier-Grade Systems Performance ® � 233 or 366MHz PowerPC CPU options ® � 333 or 500MHz Intel CPU options � Industry-standard peripheral and I/O options Reliability and Availability � 200W power supply with over 300,000-hour MTBF ® � Conforms to PICMG Hot Swap spec � Optional alarm module with fan, temperature and “power good” sensing � Wide-ranging AC and DC input versions � Hot-swappable fans with filter option Serviceability � Front-access service and installation of boards, drives, fans, and power supplies � Rear connection of power and I/O for easier access to hot swap components � Detection and remote reporting of power, temperature, and fan fail conditions Flexibility � CPX1204 with a CPU, a drive module and three peripheral card slots � CPX1205 with a CPU and four peripheral card slots � Optional H.110 bus support The carrier-grade solution for limited-space environments demanding scalable I/O Designed for NEBS and ETSI environments, the CPX1200 family of carrier- grade platforms delivers performance, flexibility and serviceability for limited- rack-space telecommunications and central office applications. Based on ® open architecture CompactPCI technology, the CPX1200 provides an ideal platform for straightforward integration into central office or enterprise net- works for applications such as Voice over IP gateways, cellular base stations, SS7 gateways, ADSL access server, short messaging server and network element manager. The 3U footprint of the CPX1200 is optimized for front- and rear-access equipment frames and provides I/O density in limited-space environments. CPX1200 design and architecture allow OEMs to integrate their own level of added value and maintain control of the final platform solution. One of many telecommunications solutions offered by Motorola Computer Group, the CPX1200 enables telecom equipment manufacturers to use their resources better for quicker time to market and better competitive value. ETSI Standards Compliance The CPX1200 family of systems is intended to meet the Standards Compliance requirements of the European Telecom Standard (ETSI) NEBS including: The CPX1200 family of systems is intended to meet the • Equipment Engineering (EE): Environmental conditions requirements of the Bellcore standards, Network Equipment and environmental tests for telecommunications equip- Building System (NEBS) Requirements: Physical Protection, ment, ETS 300 019-1-3 GR-63-CORE and Electromagnetic Compatibility and Electri- • Storage: ETS 300 019-1-1, for Class 1.2 equipment cal Safety—Generic Criteria for Network Telecommunication • Transportation: ETS 300 019-1-2, for Class 2.3 equip- Equipment, GR-1089-CORE. The product is currently being ment tested to the requirements for NEBS Level 3 criteria. Criteria ETSI Criteria NEBS Specification Reference Specification Reference Temperature Storage: -25° C to 55° C IEC 68-2-1 Trans.: -40° C to 70° C IEC 68-2-2 Temperature Normal: 5° C to 40° C GR-63-CORE, R4-7 Operating: -5° C to 45° C IEC 68-2-14 Short-term: -5° C to 55° C Relative Relative Storage: 10% to 100% RH (non- IEC 68-2-56 Normal: 5% to 85% RH GR-63-CORE, R4-7 Humidity condensing and condensing) IEC 68-2-30 Humidity Short-term: 5% to 90% RH Trans.: 95% @ -40° C to 45° C Office Vibration 0.1G @ 5–100Hz with 0.1 GR-63-CORE, R4-56 Operating: 5% to 95% RH (non- octave/min GR-63-CORE, R4-57 condensing and condensing) 1.5G @ 100–500Hz with Vibration Storage: 1.5mm @ 2–9Hz, 0.5G @ IEC 68-2-6 0.25 octave/min 9–200Hz IEC 68-2-36 Transportation 5–50Hz @ 0.1 octave/min GR-63-CORE, R4-58 Trans. sinusoidal: 3.5mm @ 2–9 Vibration 50–500Hz @ 0.25 octave/ Hz, 1G @ 9–200 Hz, 1.5Gs @ min 200–500Hz 2 3 Trans. random: 1 m /s @ 10–200 Earthquake Zone 4 GR-63-CORE R4-44 2 3 Hz, 0.3 m /s @ 200–2000Hz. to O-55 Operating: 1.5mm @ 2–9Hz, 0.5 G Drop Packaged: 600mm drop GR-63-CORE, R4-41 @ 9–200Hz height GR-63-CORE, R4-43 Shock Storage, Type I: 4Gs @ 22ms IEC 68-2-27 Unpackaged: 75mm drop Trans., Type I: 30Gs @ 11ms IEC 68-2-29 height Operating: 4Gs @ 22ms Altitude -60 to 1800m ASL without GR-63-CORE, R4-8 Drop Trans.: 1.2m free fall IEC 68-2-32 temp. derating GR-63-CORE, R4-9 1800 to 4000m ASL with GR-63-CORE, O4-9 Load Storage: 5 kPa N/A temp. derating Trans.: 10 kPa Acoustic Noise 60dBA @ 600mm GR-63-CORE, O4-62 Altitude -471 to 3708m ASL N/A Heat Dissipation Documentation GR-63-CORE, R4-11 Acoustic Noise 7.2 bels @ 1m ETS 300 753 2 300/w/m /m max per shelf GR-63-CORE, R4-12 ISO 7779 38° C max. aisle-facing GR-63-CORE, O4-13 Fire Resistance All material UL 94V-1 or better UL1950 surface temp. @ 26° C ambient and Materials UL94 BS2782 Part 1 Fire Resistance All material UL94V-1 or GR-63-CORE, R4-14 (ISO 181) and Materials better. to O4-40 3 Airborne S0 : 0.3/1.0 mg/m N/A See GR-63-CORE, Section 2 3 H S: 0.1/0.5 mg/m Contaminant 4.2 2 Salt mist: sea and road salt 3 Illumination See GR-63-CORE, Section GR-63-CORE, R4-63 CL : 0.1/0.3 mg/m 2 3 4.7 to O4-69 HCl: 0.1/0.5 mg/m 3 3 NO : 0.5/1.0 mg/m Airborne Sulfate: 30 μg/m GR-63: R4-59, O4-60 x 3 3 NH : 1.0/3.0 mg/m Nitrite: 12 μg/m Contaminant 3 3 3 HF: 0.01/0.03 mg/m Volatile organics: 12 μg/m 3 O : 0.05/0.1 mg/m Sulfur Dioxide: 12 ppb 3 2 Dust sedimentation: 20 mg/m h Hydrogen Sulfide: 40 ppb 3 Dust suspension: 5 mg/m Ammonia: 50 ppb NO: 50 ppb NO : 250 ppb 2 HNO : 50 ppb 3 Ozone: 250 ppb HCL + Cl : 6 ppb 2 Ordering Information Ordering Information Starter Kits Starter kits are functional hardware platforms with the PPCBug firmware installed on each PowerPC CPU card and ® a Phoenix BIOS installed on each Intel Architecture CPU card (see Software Support section for more details). CPX1204SK10 Pentium II Network Bootable Starter Kit This system provides a basic, network-bootable, NEBS com- pliant computing node with front-accessible serial and dual 10/100 Ethernet, plus: A bezel option provides a decorative covering for the front of the • 266MHz Pentium II CPU, • AC power supply and front chassis. It also has an area suitable for OEM labeling. 32MB RAM, and 16MB Flash fan module CPX1200 Series OEM Configuration Options chipset • AC power input module CPX1200 systems can be tailored to your unique applications • Rear fan module • Front and rear filler panels from the following functions. Contact your local sales repre- • Three available I/O slots in all slots sentative for assistance. CPX1204SK20 PowerPC Network Bootable Starter Kit Chassis This system provides a basic, network-bootable, NEBS com- • 4-slot CompactPCI chassis, AC or DC power options, pliant computing node with front-accessible PMC, serial and standard or H.110 backplane; can be used with drive 10/100 Ethernet, plus: carrier • 233 MHz PowerPC 750 CPU, • AC power supply and front • 5-slot CompactPCI chassis, AC or DC power options, 32MB RAM, and 10MB Com- fan module ™ standard or H.110 backplane pactFlash • AC power input module • Front bezel option • Rear fan module • Front and rear filler panels • Three available I/O slots in all slots Alarm Module • CPX1200 alarm board and fan module CPX1204SK11 Pentium II Disk Based Starter Kit This system provides for media-based booting via floppy or System Controller CPU Modules • 233 or 366MHz PowerPC CPU module with 32, 64, 128 CD-ROM. Front or rear connectivity is provided for the CPU or 256MB DRAM which is housed in a NEBS compliant chassis. Key features • 333 or 500MHz Pentium II CPU module with 16MB include: EIDE Flash chipset and 32, 64, 128 or 256MB EDO • 266MHz Pentium II CPU, • AC power supply and front DRAM 32MB RAM, and 16MB Flash fan module chipset • AC power input module CompactFlash Drive Options • Three available I/O slots • Front and rear filler panels • 10, 20, 48, or 96MB CompactFlash drives for PowerPC • Floppy disk drive in all slots CPU • EIDE CD-ROM • 4GB EIDE hard drive Transition Module Options • Rear transition module for CPU • Rear transition module CPX1204SK21 PowerPC Disk Based Starter Kit • Rear transition module w/alarm interconnect This system provides for media-based booting via floppy or • Transition module serial port 3 and 4 options: EIA-232 CD-ROM. Front or rear connectivity is provided for the CPU DCE or DTE; EIA-530 DCE or DTE; V.35 DCE or DTE which is housed in a NEBS compliant chassis. Key features (PowerPC CPUs) include: • Rear transition module w/LVD SCSI controller (Pentium CPUs) • 233MHz PowerPC 750 CPU, • AC power supply and front 32MB RAM, and 10MB Com- fan module Non-System Processor Modules pactFlash • AC power input module • 233 or 366MHz PowerPC CPU module with 32, 64, 128 • Three available I/O slots • Front and rear filler panels or 256MB ECC DRAM and optional rear Ethernet • Floppy disk drive in all slots • 333 or 500MHz Pentium II CPU module with 16MB • EIDE CD-ROM • 4GB EIDE hard drive EIDE Flash chipset and 128 or 256MB SDRAM, Ether- • Rear transition module for CPU net, USB and graphics PMC Options Fans: Four 12VDC, 60mm x 25mm, 25CFM axial fans; front accessible and hot swappable, with fault • Hot swap PMC carrier card detection and filter option • 10/100BaseTX PMC module Air flow: Two front inlet fans and two rear exhaust fans in • Fast and Wide SCSI-2 single-ended PMC module a push-pull, N+1 configuration Peripherals ESD Ground: Two ESD ground points, one front and one rear • 1.44MB 3.5-inch floppy disk drive Earth Ground: Two points at rear, per NEBS requirements • EIDE 4GB 2.5-inch hard disk drive Metal: Cold rolled steel • EIDE 6GB 2.5-inch hard disk drive Metal Plating: Zinc chromate, clear • SCSI 9 or 18GB 3.5-inch hard disk drive Marking: Slots locations are silk screened using black, • EIDE CD-ROM drive Helvetica bold type on adhesive-backed over- • NS20 3.5-inch tape drive lays (IBM pearl white) OEM Customization Services PowerPC CPU Card (MCP750) Motorola Computer Group provides a wide range of customi- Processor: 233MHz or 366MHz PowerPC 750 zation options including: Memory: Up to 256MB DRAM, 1MB L2 cache, Compact- Flash IDE flash drive • Labeling and marking options • Electrical and/or mechanical modifications I/O: EIDE, 10/100 Ethernet, USB, serial (sync/ async), parallel • Hardware integration I/O Access: Front and rear • Software integration • Third-party device integration PMC Site: Yes • Single-point service and FRU point of contact For additional information on the MCP750, visit our product catalog at http://www.motorola.com/computer/products. Contact your Motorola Computer Group Sales representative for additional information. Intel Architecture CPU Card (CPV5350) Processor: 333MHz or 500 MHz Pentium II Specifications Memory: Up to 128MB DRAM, 16MB Flash chipset config- Specifications ured as IDE primary master I/O: AGP with 8MB video memory, EIDE, dual 10/100 Chassis Ethernet, USB, serial (sync/async), parallel Size: 5.25" (133.35mm) high (3U), 18.90" (480mm) I/O Access: Front and rear wide, including mounting flanges, 15.00" For additional information on the CPV5350, visit our product cata- (381mm) deep, from mounting flanges log at http://www.motorola.com/computer/products. Weight: Approx. 30 lb. (13.6kg) unloaded, 35 lb. (15.9kg) fully loaded Backplane Mounting: Rackmount per EIA Standard RS-310-C in 19" CPX1200 backplane features include: rack, or in 23" rack with mounting brackets • 64-bit CompactPCI, Hot Swap compliant Slots: • Four (CPX1204/1204T) or five (CPX1205/ • One system processor slot 1205T) 4HP CompactPCI slots including: • Three (CPX1204) or four (CPX1205) standard CompactPCI I/O – One system processor slot slots – Three or four hot swap I/O slots • Three (CPX1204T) or four (CPX1205T) H.110 capable I/O slots • One drive module slot (CPX1204/1204T only) • DC power distribution from power supply output to CompactPCI • Five 80mm transition slots, IEEE 1101.10 boards compatible • Alarm signal routing from system controller to alarm module • One unused 6U slot and transition slot for disk • Floppy and IDE drive interface routing from system controller to expansion and/or cable routing the optional drive module (CPX1204/1204T only) Power Supplies: Front accessible with blind mate connections to backplane and power input module Dual Earth Ground System Processor AC Switch Hot-swap Alarm 2-Slot CompactPCI System Power Supply Attachment Points (AC input version) Transition Module & Fan Module Drive Module (Optional) Processor & Fan Module 6 5 5 ALARM RELAYS 4 4 5.25 in. SYSTEM (3U) 3 3 FRONT FAN REAR FAN POWER 2 2 TEMP ALARM 1 IN OUT ESD BOND POINT ESD Bond Point AC Receptacle ESD Bond 17.55 in. (AC input version) Point 19.00 in. CPX1204 Front and Rear A w o l i f w r i r o A l A f r i i A f r l f A l i o o r w w f l to control and monitor the alarm board using a simple com- Power Input Exhaust Fans mand-line interface. Module Exhaust-only Module (no alarm capability) A lower-cost version of the exhaust module is also available without the alarm features. Transition Boards CompactPCI Drive Module (CPX1204/1204T only) The CPX1204 or CPX1204T can accept a plug-in drive mod- ule that installs into the top of the chassis card cage. The 15.00 in. drive module can support a variety of device combinations: • Floppy and 3.5-inch hard drive (IDE or SCSI) CompactPCI Boards • Floppy and two 2.5-inch hard drives (IDE) • NS20 tape and 2.5-inch hard drive (IDE) • NS20 tape and two 2.5-inch hard drives (IDE) • Two 3.5-inch hard drives (SCSI) • Floppy only or NS20 only • 3.5-inch hard drive only (IDE or SCSI) • CD-ROM, floppy and 2.5-inch hard drive (IDE) Alarm & Fan Decorative Cover Inlet Fans Air Filter Power Supply & (Customer Specific) (Optional) Module Fan Module • CD-ROM and two 2.5-inch hard drives (IDE) • CD-ROM and 2.5-inch hard drive (IDE) CPU Rear Transition Module IDE and floppy interfaces are routed over the backplane from Rear transition modules are available to provide rear access the system processor user-defined I/O pins to the corre- to CPU I/O. sponding pins in slot 5. The drive module carrier board then External SCSI Controller Transition Module plugs into slot 5, and connects the IDE and floppy interfaces The external SCSI controller transition module provides all of to the appropriate drives. A SCSI controller is provided on the the CPU’s rear I/O connections. In addition, the transition drive module carrier board that connects to the CompactPCI board provides a low voltage differential (LVD) capable SCSI backplane bus at slot 5, and provides single-ended SCSI controller for rear connection to LVD devices such as external control of the internal SCSI devices. RAID arrays. The SCSI controller connects to the secondary Power Supply and Fan Modules local PCI bus available on P4 of HA capable system control- The CPX1200 power supply module houses the 150-watt ler CPUs such as the MCP750 and CPV5350. power supply and fan module. An industry-standard, open Alarm and Exhaust Module frame supply is enclosed in a sled assembly that supports the CPX1200 alarm and exhaust fan module connects to the power supply, fan assembly, blind mate connectors, and backplane and provides exhaust fan power connections, interconnect wiring harness. Two different build versions sup- alarm control and front panel fault indication. The alarm cir- port different AC and DC input voltages. Each supply version cuitry is connected to fan tachometer outputs, the “Power must be matched to a corresponding input power module. Good” signal from the power supply, and the temperature Electrical Specifications sensing device on the alarm board. The alarm status is com- Power Factor: 0.95 W/VA per EN61000-3-2 municated over the backplane to the system processor via Inrush Current: 35A peak at 230 VAC for one line cycle, Serial Port 2 (MCP750 series) or System Management Bus 35A peak at -72 VDC within 4 ms (CPV5350 series). Features include: Efficiency: Greater than 65% at full load, 110 VAC Output Power: Fans: Two 60mm x 25mm, 12 VDC axial fans 150 watts in this application Hold-Over Storage: Connection: Hot swap, blind mate connection to the backplane 20ms at full load, 90 VAC Transient Response: Front Panel Power, temperature and fan failure; System In and All outputs return to 1% within 1 ms of a Indicators: Out of Service indication 50% load change Dynamic Load: Output: Front panel RJ-45 connector with central office The supply operates properly when sub- compliant, dry contact relay, remote alarm connec- jected to a 10% load delta with a 50% tions duty cycle, from 0 to 2MHz Over-Voltage 5V output < 6.4VDC Protection: 3.3V output < 4.2VDC Alarm Board Software Drivers Recycle on/off switch to reset To interface the alarm board functionality to operating system Short-Circuit Latch off if any output is shorted to any environments, MCG will make source code available for the Protection: other output; automatic recovery upon software driver and alarm board firmware for both PowerPC removal of short and Intel architectures. Drivers contain a sample application and the alarm API that provides the programmatic interface o w w o l f flow r Power Supply ir A i A Module DC Output Serviceability 150 Watt +5V Main DC Load Requirements Hot swap components provide for potential field repair with- out loss of service. All active components are Field Replace- Output Min. Load Max. Load Regulation Ripple P/P able Units (FRUs), thus minimizing service time for the Voltage majority of fault conditions. +3.3V 3.0A 15.0A ±2% 50mV +5.0V 3.0A 30.0A ±2% 50mV Field Replaceable Units Hot Swap Mean time to Replace +12.0V 0.3A 3.0A ±3.5% 120mV CompactPCI boards Yes <5 min. –12.0V 0.3A 3.0A ±3.5% 120mV Transition modules Yes <5 min. Total combined current for 5V and 3.3V not to exceed 30A. Total combined current for 12V and –12V not to exceed 5A. Power supply and inlet fan sled Yes <5 min. Total power for 12V and –12V output not to exceed 60W. (inlet fan only) Power distribution module <5 min. 150 Watt +3.3V Main DC Load Requirements Alarm/Exhaust fan sled Yes <5 min. Output Min. Load Max. Load Regulation Ripple P/P Voltage +3.3V 3.0A 30.0A ±2% 50mV CPX1205 Backplane DC Output +5.0V 3.0A 15.0A ±2% 50mV Exhaust I/O +12.0V 0.3A 3.0A ±3.5% 120mV Power Supply Fan AC/DC I/O Input –12.0V 0.3A 3.0A ±3.5% 120mV I/O Switch/ I/O Breaker Total combined current for 5V and 3.3V not to exceed 30A. Exhaust Total combined current for 12V and –12V not to exceed 5A. Fan CPU Total power for 12V and –12V output not to exceed 60W. Inlet Inlet Fan Fan 200 Watt +5v Main DC Load Requirements Output Min. Load Max. Load Regulation Ripple P/P Demonstrated MTBF Voltage (based on a sample of eight units in accelerated stress envi- +3.3V 0.5A 15.0A ±2% 50mV ronment) +5.0V 3.0A 30.0A ±2% 50mV Mean: 107, 161 hours +12.0V 0.3A 6.0A ±3.5% 120mV 95% Confidence: 60, 570 hours –12.0V 0.3A 2.0A ±3.5% 120mV (3.0A peak) Regulatory Compliance Total combined current for 5V and 3.3V not to exceed 30A. Motorola configured systems meet or exceed the following: Total combined current for 2V and –12V not to exceed 5A. Safety: CSA NRTL/C, VDE EN60950 agency listed, CE Mark Total power for 12V and –12V output not to exceed 60W. per European Low Voltage Directive 72/23/EEC Power Distribution Module EMC: U.S.: FCC Part 15, Subpart B, Class A Power distribution modules must match the AC or DC input Canada: ICES-003, Class A version of the power supply. Europe: CE Mark per European EMC Directive 89/336/ EEC with Amendments; Emissions: EN55022 Class A; AC Input Version Immunity: EN50082-1 • 85–264VAC input, at 47–63Hz Warranty • 2.0A maximum input current at 115VAC The CPX1200 series is offered with a five-year limited war- • 1.0A maximum input current at 230VAC ranty which reduces the cost of ownership, provides invest- • Double-pole rocker on/off switch ment protection and demonstrates our commitment to quality • IEC standard 6A AC input receptacle and reliability of products to our OEM partners. Additional DC Input Version warranty information can be obtained at http://www.motor- • –36VDC to –72VDC input ola.com/computer/support. • 6.4A maximum input current at –36VDC • 4.5A maximum input current at –48VDC • Single-pole circuit breaker Cooling Features • Four 2.40" (60mm) x 1.0" (25mm) DC axial fans in push- pull, N+1 redundant configuration • Cooling sensor that detects airflow and temperature changes • Software monitoring • Ducting provides forced air to power supply, Compact- PCI boards, and transition boards • Air filter option CPCI Bus Software Support Software Support The CPX1200 series is supported by a variety of general-purpose and real-time operating systems. Additional information can be obtained from the partners listed below. You can also visit our Web site at http://www.motorola.com/computer or www.motorola.com/computer contact your local sales representative for up-to-date OS support. 1-800-759-1107 Real-Time Operating Systems Motorola Computer Group ® • LynxOS from Lynx Real-Time Systems, www.lynx.com 2900 S. Diablo Way ® •VxWorks from Wind River Systems, www.wrs.com Tempe, AZ 85282 ™ •OSE from Enea OSE Systems, www.enea.com ® ® Regional Sales Offices •QNX Neutrino from QNX Software Systems Ltd., www.qnx.com Canada & Central Pan America General-Purpose Operating Systems ® 400 Matheson Blvd. West • Windows NT , www.microsoft.com Mississauga, Ontario ® •Linux L5R 3M1 Canada 905-507-7136 or 888-366-3624 Fault Management Software Eastern Pan America Motorola offers a complete line of Advanced High Availability Software, featuring 120 Turnpike Rd, 1st Floor our award winning HA-Linux product, http://www.motorola.com/telecom. Southborough, MA 01772 508-357-8260 Standard Firmware Western Pan America PowerPC CPUs contain firmware that includes basic features like power-up tests 1150 Kifer Road, Suite 100 and comprehensive diagnostics as well as evaluation and debug tools for simple Sunnyvale, CA 94086 408-991-8634 or high-level development support. Diagnostics include loop backs, register tests, Asia Pacific and Japan and memory address/data tests. It also supports booting of operating systems 40/F Nat West Tower and/or real-time kernels. Times Square, 1 Matheson St Causeway Bay, Hong Kong Intel architecture CPUs have a Phoenix BIOS that provides: 852-2966-3209 • Auto-configuration, extended setup, Plug-and-Play tables East Mediterranean 6 Kremenetski Street • Diskless, keyboardless, and videoless operation extensions Tel Aviv 67899 Israel • Programmable bus and I/O speeds and memory wait states 972-3-568-4388 • System, video, and SCSI BIOS shadowing France • BIOS POST and Setup console redirection to serial port Zone Technopolis - Immeuble THETA 3, avenue du Canada - BP304 91958 LES ULIS Courtaboeuf Cedex, France +33 (0) 1 64 86 64 00 Germany Hagenauer Strasse 47 D-65203 Wiesbaden, Germany +49 (0) 611-3611 604 Benelux De Waal 26, 5684 PH Best PO Box 350, 5680 AJ Best Netherlands +31 4993 61250 Nordic Dalvagen 2 S-169 56 Solna, Sweden +46 (0) 8 734 8800 United Kingdom London Road, Old Basing, Basingstoke, Hampshire RG24 7JL England +44 (0) 1256 790555 Motorola and the stylized M logo are registered trademarks and the Intelligence Everywhere logo, Digital DNA and the Digital DNA logo are trademarks of Motorola, Inc. PowerPC is a registered trademark of International Business Machines Corporation and is used by Motorola, Inc. under license from International Business Machines Corporation. Intel and Pentium are registered trademarks of Intel Corporation. Phoenix is a registered trademark of Phoenix Technologies Ltd. CompactFlash is a trademark of SanDisk Corporation. PICMG and CompactPCI are registered trademarks of PCI Industrial Computer Manufacturers Group. LynxOS is a trademark of Lynx Real-Time Systems, Inc. VxWorks is a registered trademark of Wind River Systems, Inc. OSE is a trademark of Enea OSE Systems AB. QNX and Neutrino are registered trademarks of QNX Software Systems, Ltd. All other names, products, and/or services mentioned may be trademarks or registered trademarks of their respective holders. This data sheet identifies products, their specifications, and their characteristics, which may be suitable for certain applications. It does not constitute an offer to sell or a commitment of present or future availability, and should not be relied upon to state the terms and conditions, including warranties and disclaimers thereof, on which Motorola may sell products. A prospective buyer should exercise its own independent judgement to confirm the suitability of the products for particular applications. Motorola reserves the right to make changes, without notice, to any products or information herein which will, in its sole discretion, improve reliability, function, or design. Motorola does not assume any liability arising out of the application or use of any product or circuit described herein; neither does it convey any license under its patent or other intellectual property rights or under others. This disclaimer extends to any prospective buyer, and it includes Motorola’s licensee, licensee’s transferees, and licensee’s customers and users. Availability of some of the products and services described herein may be restricted in some locations. ® Reg. U.S. Pat. & Tm. Off. Copyright 1999, 2001 Motorola, Inc. C1200-D4 4/01