ZT 5551 High Availability CompactPCI® Single Board Computer Highlights >> Single Slot 6U Single Board Computer >> 1GHz Intel® Pentium® III This 6U CompactPCI® board is designed for redundant processing configurations where very Processor high levels of system availability are required. Its architecture is tailored for demanding applica- tions such as servicing the telecom network and the Internet. >> Integrated 512KB L2 Cache The ZT 5551 High Availability Processor Board supports up to 12 CompactPCI peripheral boards, >> Onboard 64-bit, 33/66MHz and when used in conjunction with a second ZT 5551 can provide 99.999 percent (five-nines) PCI Interface availability. It features a 1GHz Intel® Pentium® III processor, is hot-swappable and includes sev- eral onboard peripherals and optional I/O expansion features. >> Supports up to 2GB, PC133 SDRAM Memory >> Key Design Elements 16MB Onboard Flash Memory >> Accepts 2.5” Low-Profile, Redundant Processing Board Mounted EIDE Hard The ZT 5551 can operate alone or in a dual-redundant configuration. Dual ZT 5551s can provide Drive or Optional 99.999 percent availability as system masters, when used with a supporting high availability (HA) CompactFlash® Type II CompactPCI backplane. In this configuration, the two ZT 5551 boards operate in an active/hot Drive Carrier standby mode with only one of the two boards active on the watchdog timeouts, which can cause a switchover to the standby CPU board. A dedicated Ethernet channel between CPUs pro- >> Dual 10/100/1000Mbs vides an application with a software synchronization mechanism across the HA backplane. Ethernet Interfaces Dual ZT 5551 boards can also be configured to run in active/active mode. In this configuration, >> Supports IPMI System each bus segment is controlled independently by each of the boards. Should either CPU board Management go out of service, the other can take control of the entire backplane without interruption of serv- >> Onboard Programmable, Two- ice. The two ZT 5551s and their associated CompactPCI slots may also be operated as a PC clus- Stage Watchdog Timer ter without bus segment failover, using standard operating clustering features. >> VxWorks®, Windows® Dual CompactPCI Interfaces 2000/XP and Linux® The ZT 5551 communicates with up to 12 CompactPCI peripheral boards through two peer- transparent 64-bit bridges, allowing optimum peripheral performance. Setup and System Management Interrupt routing and configuration options are all accessible through BIOS set up screens, which can be configured locally at boot time. The ZT 5551 also supports the PICMG 2.9 Intelligent Platform Management Interface (IPMI) specification, which allows for remote, comprehensive management capabilities such as on-board temperature and voltage monitoring. © 2004 Performance Technologies. All rights reserved. 11/17/04. ZT 5551 High Availability CompactPCI® Single Board Computer Standard Features Computing Core The ZT 5551 features a single 1GHz Low Voltage Intel® Pentium® III processor supporting a 133MHz Front Side Bus. It also contains integrated 512KB L2 cache and supports up to 2GBs of PC133 SDRAM with ECC. The ZT 5551 also has integrated video with 2MB SDRAM. Peripherals and I/O There is 16MB of onboard Flash to support the field-upgradeable system BIOS. The base board also supports a single 2.5” IDE HDD or an optional CompactFlash carrier. Dual 10/100/1000 Ethernet interfaces deliver high-performance networking. There are several I/O expansion configurations that can support additional peripheral devices: • A standard 3.5” floppy drive option is available and requires a second slot. • One or two single-height PMC modules can be supported and requires a second slot. Rear panel I/O for the PMC cards is provided on J3 and J5 of the second slot. Warranty One year Contact Information Performance Technologies 205 Indigo Creek Dr. Rochester, NY 14626 Tel: 585-256-0200 Fax: 585-256-0791 E-mail: sales@pt.com www.pt.com © 2004 Performance Technologies. All rights reserved. ZT 5551 High Availability CompactPCI® Single Board Computer • To fill a front slot, use an air management blade Specifications Ordering Information that is 6U X 4HP (Performance Technologies PN 20456). The ZT 5551 is compliant with the following The ZT 5551 may be ordered • To fill a power supply bay, use an air specifications: with the following options: management blade that is 3U X 8HP • CompactPCI® Core Specification 2.0, R3.0 (Performance Technologies PN 20455). • CompactPCI Hot-Swap Specification, PICMG® >> Base Board • To fill an SM slot, use a filler panel that is 3U X 2.1, R2.0 ZT 5551: 1GHz Intel® 4HP (Performance Technologies PN 18309). • Compliant with standard IPMI v1.5 specification Pentium® III processor, 16MB Flash, IPMI, VGA Power Regulatory Compliance Single 1GHz, 1GB SDRAM >> Memory Voltage (VDC) Current (A) Designed for NEBS Level 3 and ETSI M1: 512MB PC133 SDRAM Typical Max M2: 1GB PC 133 SDRAM 5.00V, +5%, -3% 3.1 3.5 CE Certification 3.30V, +5%, -3% 5.0 7.0 The ZT 5551 meets intent of Directive >> EIDE Hard Drive 12.0V, ±10%, 0.3 10 ma 100m 89/336/ECC for Electromagnetic Compatibility H1: EIDE hard drive and Low-Voltage Directive 72/23/ECC for Product Safety. Compliance was demonstrated to Environmental >> I/O Expansion Mezzanine the following specifications as listed in the • Required airflow: 250 linear feet per minute (requires second slot) Official Journal of the European Communities: • Operating Temperature: 0° C to 45° C X1: Floppy drive and hard drive • Storage Temperature: -40° C to +85° C Safety X2: PMC site • Non-condensing relative humidity: less than • UL/cUL 60950 Safety for Information 95% at 40° C Technology Equipment >> Accessories • EN/IEC 60950 Safety for Information Peripherals and I/O Interfaces ZT 4802: Rear panel Technology Equipment transition board (for I/O I/O Interface Front Panel Rear Panel Compat. • CB Report Scheme CB certificate and Report expansion board) COM 1 DB9 J3 15C550 ZT 4804: Rear panel transition Emissions Test Regulations COM 2 DB9 J3 15C550 board • FCC Part 15, Subpart B VGA (w/IOX) 15-pin D-shell J5 (on IOX) SM712 ZT 4806: Rear panel transition • EN 55022 board Keyboard 6-pin D-shell J3 8042 • CISPR 22 • Bellcore GR-1089 Mouse 6-pin D-shell J3 PS/2 Floppy N/A J3 ATA-33 EN 50081-1 Emissions EIDE N/A J3 ATA-33 • GR-1089-CORE Sections 2 and 3 Contact Information Ethernet (Chn A) RJ-45 (10/100/1000) J3 82546 • EN 55022 Class A Radiated Ethernet (Chn B) RJ-45 (10/100/1000) J5 82546 • EN 55022 Power Line Conducted Emissions Performance Technologies USB 0 4-pin USB N/A USB Type A • EN 61000-3-2 Power Line Harmonic Emissions 205 Indigo Creek Dr. • EN 61000-3-3 Power Line Fluctuation and USB 1 N/A J3 USB Type B Rochester, NY 14626 Flicker Tel: 585-256-0200 Note: To provide proper cooling to the ZT 5551, EN 50024 Immunity Fax: 585-256-0791 each unused slot in the chassis should be • GR-1089-CORE Sections 2 and 3 populated with an air management blade. All E-mail: sales@pt.com • EN 61000 4-2 Electro-static Discharge (ESD) rear slots should be populated with a rear filler • EN 61000 4-3 Radiated Susceptibility panel. See the list below for orderable • EN 61000 4-4 Electrical Fast Transient Burst components: • EN 61000 4-5 Power Line Surge • EN 61000 4-6 Frequency Magnetic Fields • To cover a single rear panel slot, use a filler • EN 61000 4-11 Voltage dips, Variations, and panel that is 6U x 4HP (horizontal pitch=0.2") Short Interruptions (Performance Technologies PN 18299). • To cover six rear panel slots, use a filler plate that is 6U x 24HP (Performance Technologies PN 20434). www.pt.com © 2004 Performance Technologies. All rights reserved. 11/17/04.