™ MONTEREY 8000 PRODUCT SHEET 8U Enhanced MicroTCA.4 Platform FEA TURES Fully Integrated 8U Enhanced MicroTCA.4 Platforms ™ Supports 12 AdvancedMC Modules with Rear Transition Modules - 12 Mid-Double or Mid-Single AMCs, or - 6 Full-Double or Full-Single AMCs, or - A mix of Mid/Full, Single/Double AMC’s For Wireless, Telecom, Aerospace, and Defense: ™ The MONTEREY 8000 platform, based on MONTEREY 8000 is a complete MicroTCA.4 - High-Density Computing the Enhanced MicroTCA.4 specification along compliant, COTS-based platform ready to - High-Speed Fabric Options: Dual Star with high performance processing, high-speed support next-generation applications with 10GbE to Each AMC, 40GbE Uplink IP-based fabric switching, and integrated Linux rapid development and fast time-to-market: - Carrier-Grade, Five-Nines Availability w/ OS, middleware, and protocols, is highly tuned Complete Redundancy • 8U Enhanced MicroTCA.4 base platform for next generation networking applications. - Highly Flexible and Scalable Architecture with redundant power (AC or DC input) 4G Mobile and Telecom Aggregation Layer ® - Pre-Integrated w/ AMC’s, NexusWare and cooling applications such as Media Gateways, Wireless Value-Add Software ® • AMC671: Redundant MicroTCA Carrier Gateways, Security Services, IMS-based Services, Hub (“MCH”) modules for high-speed SIP-based services, and Military Sensor Acqui- Redundant MCH Modules with 10GbE fabrics and system management sition and Communications Systems can take Rear Transition Modules with MicroTCA Rear Transition Modules advantage of the latest advancements in - Layer 2/3 Managed 10GbE Switch Option high performance, multicore processing and • AMC124: Intel Multi-Core processor - Base 1GbE Fabric Switch ® high-speed 10GbE fabrics in smaller, more AMCs pre-integrated with Nexusware - IPMI-Based System Management ® cost-effective standards-based form factors. Linux Distribution with MicroTCA Rear Transition Modules Designed as a complement to AdvancedTCA Extended Power for High • A wide variety of AMC modules to Performance Computing based systems, whose large footprint is best meet your application requirements suited for Telecommunication Core networks, (e.g. RAID storage, IO communications, Redundant and Hot-Swappable the MONTEREY 8000 platform’s support for WAN communications, and video) Cooling and Power Supplies AMC’s with MicroTCA Rear Transition Modules • A wide range of support software to (AC or DC) permits precise right-sizing, added granularity in quickly develop and enhance your scaling, and simplified maintenance for a multi- applications Fits 19” and 23” Standard tude of Aggregation Layer networking and EIA-310 equipment racks service-based applications targeted for The new Enhanced MicroTCA.4 standard demanding operating environments such defines MicroTCA Rear Transition Modules Designed for NEBS Level 3 as telecom central offices with NEBS or ETSI (µRTM) for all AdvancedMC slots and MCH requirements, data centers, wireless infrastruc- (MicroTCA Carrier Hub) slots to meet Central Example Applications: ture, aerospace and defense applications. Office requirements, increase serviceability - LTE Evolved Packet Core The system is a full integration of hardware and achieve five-nines availability. It supports - FPGA-Based Systems and software components, enabling embedded backwards compatibility with existing AMC - Security Gateways modules. designers to quickly develop high availability, - Deep Packet Inspection compute-intensive applications, and/or high- - Military Communications speed networking applications. - SIP-Based Services - IMS-based Services ™ MONTEREY 8000 PRODUCT SHEET High-Density, High-Reliability, High-Performance Pre-Integrated Software Options MONTEREY 8000 meets the next generation of high-performance, Equipment manufacturers and providers can immediately begin high speed, high-content, application-aware services. This platform development of their application upon receipt of MONTEREY supports up to twelve AdvancedMC module payload slots in an 8000 Systems, eliminating the time and costs normally associated 8U shelf. Five-nines (99.999%) availability is achieved with redundant with integrating, troubleshooting, and configuring building blocks and hot-swappable MCH modules, power entry modules (AC or from one or more vendors. DC), power supplies, fan trays, and N+1 payload. Its dense archi- PT integrates an operating system, drivers, APIs, and other value- tecture allows applications to be right-sized and cost effective, and added software options. minimizes space in deployments where real-estate is at a premium. For applications that require high speed fabrics, such as Deep ® ® • NexusWare Core is a complete Carrier Grade Linux (CGL) packet Inspection or Gateways streaming video, MONTEREY distribution, with web-based management, GUI-based IDE, 8000 offers 10Gbps Layer2/Layer3 Ethernet to each AMC slot and Image Builder from each MCH, and up to 40GbE of aggregated external uplink • NexusWare SIP is an installable Session Initiation Protocol connectivity. Multiple storage options are available; a) on-board the (SIP) stack and API software package processor AMC, b) on-board the AMC’s µRTM, c) adjacent AMC storage modules for RAID configurations. The enhanced power • NexusWare C7 is a comprehensive SS7 MTP-2 installable architecture delivers the standard 80W to each AMC, supporting software package any standard AMC in the market today, but can also deliver an • NexusWare WAN protocols provides a wide range of WAN additional 80W to AMCs designed to accept the extended power. protocols ™ A comprehensive suite of system management interfaces, both • Xpress SIP Services provides the service creation and service user-based and programmatic-based, increase availability and deployment products that carriers need to rapidly build and reduce cost-of-ownership when systems are deployed. deploy SIP-based services. 8U Enhanced MicroTCA.4 Platform www.pt.com Redundant/Flexible Midplane Topology Redundant Power Subsystem MONTEREY 8000 is flexible and can support numerous fabric and PT’s unique extended power architecture delivers up to 160W of IO topologies. 12 V payload power and 3.3 V management power to each AMC site, where the AMC modules designed to this architecture can • Base Fabric: A dual-star topology, it provides redundant 1Gbps utilize 120W and pass 40W to the µRTM. Standard AMC mod- Ethernet links to Fabric A for all AMCs and an MCH- to-MCH ules, designed to the AMC.0 R2.0 specification and up to 80W update link. See the AMC671 Datasheet for details on the MCH. of power, are also supported. • Fat-Pipes Fabric: A dual-star topology, the midplane is designed MONTEREY 8000 to support redundant high-speed fabric interconnects of four supports either an lanes to each AMC slot (e.g. 10Gbps Ethernet, 40Gbps Ethernet, ® AC or DC input 4x Serial RapidIO or x4 PCI-Express). The AMC671 MCH’s Fat-Pipe option determines what type of protocol is utilized. option, with Redundant See the AMC671 Datasheet for details on the MCH options Power Entry Modules. currently available. The MONTEREY 8000 midplane is designed The system power is for 40GbE to each AMC slot. An application with 10GbE provided by redundant, fabrics today can migrate to 40GbE in the future without a load sharing, and hot-swappa- forklift upgrade. ble intelligent power supplies • Storage: The midplane is designed with the option to attach up that are monitored to two storage AMC’s (such as the AMC590) to one processor by the system management AMC site (e.g. a RAID storage solution). NOTE: The processor subsystem. The system can be configured with up to four 1100WDC µRTM can also support storage (e.g. Hard Disk Drive or Solid supplies or 500WAC supplies. State Drive). Each AC PEM is rated for a voltage range of 100-240VAC, 50-60Hz. • Clock Distribution: Telecom clocks interconnects for CLK1, Each DC PEM has a terminal block and is rated for a voltage range CLK2, and CLK3. CLK1 are inputs into the MCH, while CLK2 are outputs from the MCH. CLK3 are outputs and can be con- of -40.5-60VDC. figured as the PCI-Express 100MHz Reference Clock (FCLK) to all AMCs FCLK, fabric clock interconnects. Redundant Front-to-Back Cooling Subsystem • IPMI-based System Management: A dual-star topology, it MONTEREY 8000 features a front-to-back push/pull cooling provides an IPMI management interface to/from each AMC, system, critical in NEBS specified installations. The hot-swappable MCH, fan tray, and redundant power system. fan tray in the front bottom pushes air through the AMCs, Redundant and Comprehensive System Management while a second hot-swappable fan tray in the top rear pulls the air Subsystem and Fabrics through the chassis and exhausts out the back. This fan configu- ration offers an N+1 redundancy, such that if one fan fails, the The MONTEREY 8000 platform supports up to two redundant ® other fans continue to cool the system until the fan tray can be AMC671 MicroTCA Carrier Hub (MCH) modules operating in replaced. The fan trays are intelligent, with fan speed control, fan active/standby mode. The AM671 supports remote IPMI-based system management, base fabric, Fat-Pipe options, and telecom tachometers, hot-swap, and status LEDs. The removable air intake clock distribution options. The RMC670 MicroTCA Rear Transition grills allow for routine replacement of NEBS specified filters. Each Module provides rear IO for each AMC671. slot receives an ample airflow to ensure cooling of up to 120W per front slot • System Management: Monitors, manages, and controls the Top/Rear Pull Fan Tray and 40W for AMC payload boards, the MCH itself and the active system the MicroTCA functions: power and cooling subsystems. It also provides the Rear Transition In-Service, Out-of-Service LEDs for the system. The IPMI stan- Module. dards-based MCH interfaces to external management systems via an out-of-band 10/100 Mbps Ethernet port located on the on the front panel or on the RMC670 µRTM. FRONT OF REAR OF CHASSIS CHASSIS • Base Fabric: Redundant 1GbE links to each slot. • 10GbE Fat-Pipes Fabric option: Redundant 10GbE links to each slot. Midplane • Telecom Clock distribution of CLK1, CLK2 and CLK3 are Air Intake with Filter Bottom/Front Push Fan Tray supported to each AMC slot. ™ MONTEREY 8000 PRODUCT SHEET Technical Specifications AMC’s Supported EMC Test Regulations ORDERING The MONTEREY 8000 features twelve 4HP (Mid- • FCC, Class A INFORMA TION Size) Double slots that can support the following: • CE Declaration of Conformance • Up to twelve 4HP (Mid-Size) Double or Single PT’s systems can be ordered as configured AMC’s Network Equipment-Building System (NEBS) systems specifically tailored to your requirements • Up to six 6HP (Full-Size) Double or Single with payload AMC’s and software. • Designed for NEBS Level 3 and ETSI installations AMC’s • GR-1089-CORE Issue 4 • Supports a mix of 4HP/6HP (Mid/Full) and PT-MTY8000-12486 • GR-63-CORE Issue 3 ® Double/Single AMC’s 8U MicroTCA Platform, 12 AMC sites, DC input, Dual MCHs w/Base Fabric Only • Each 6HP (Full-size) AMC consumes two slots Environmental and requires a 2HP Filler PT-MTY8000-12487 • The MONTEREY 8000 platform (enclosure, ® • Each Single AMC requires a Single Slot Adapter 8U MicroTCA Platform, 12 AMC sites, fan trays, Power supplies, and Motherboard) is AC input, Dual MCHs w/Base Fabric Only designed for harsh environments. The system Accessories and FRUs PT-MTY8000-1xxx features sturdy steel construction with a du- ® • 4HP, Double, Air Management Blade 8U MicroTCA Platform, 12 AMC sites, rable powder coat finish • 4HP, Single, Slot Adapter DC input, Dual MCHs w/10GbE Fat Pipes • Operating: 5 to 40°C (41 to 104°F) for both • Front Fan Tray PT-MTY8000-1xxx AC and DC supplies. Up to 55°C (131°F) for 96 • Front Fan Tray Air Filter ® 8U MicroTCA Platform, 12 AMC sites, hours for DC power supplies • Rear Fan Tray AC input, Dual MCHs w/10GbE Fat Pipes • Storage: -40 to 70°C (-40 to 158°F) • 500 W, AC Removable Power Supply • Relative humidity: 5 to 85%, up to 90% for PT-AMC671-12540 • 1100 W, DC Removable Power Supply 96 hours, non-condensing MTCA.4 MCH, 1GbE, IPMI Management NOTE: To provide proper cooling of the ® PT-AMC671-12481 PICMG Specifications MONTEREY 8000 platform, each unused MTCA.4 MCH, 1GbE, 16-port 10GbE, • Full Compliance with MicroTCA.4, AMC.0, AMC slot in the chassis must be populated IPMI Management AMC.2, AMC.3, AMC.4 with the proper Air Management Blade. PT-AMC671-12541 • Supports mid or full and single or double size MTCA.4 MCH, 1GbE, 20-port 10GbE, ™ AdvancedMC modules MTBF IPMI Management Advanced MC Interconnects TBD PT-RMC670-12524 MTCA.4, MCH µRTM, Dual 1GbE, Quad • Fabric A to twelve AMCs 10GbE • Fabrics D-G to twelve AMCs via Fat-Pipes Agency Certifications (Pending) PT-MTC6203-12483 Switch Safety 720W, AC PSU, for MTCA.4 • Telco Clock Distribution: CLK1,CLK2, CLK3/FCLK • UL/cUL 60950 Safety for Information • IPMI Management to Twelve AMCs, MCHs, PT-MTC6213-12482 Technology Equipment Power Supplies, Fan Trays 1100W, DC PSU, for MTCA.4 - UL File Number E170533 PT-MTC5134-12536 • EN/IEC 60950 Safety for Information Power 4HP, Double, Air Management Blade (Front) Technology Equipment The system can be configured with up to four • CB Certificate and Report Scheme PT-MTC5135-12537 1100WDC supplies or 500WAC supplies 4HP, Double, Air Management Blade (Rear) EMC Test Regulations • AC input: 100 to 240 V AC, 50 to 60 Hz • FCC, Class A PT-MTC5136-12539 • DC input: -40.5 to -60 V DC 4HP, Single, Slot Adapter (Monterey) • CE Declaration of Conformance Mechanical Network Equipment-Building System (NEBS) • Designed for NEBS Level 3 and ETSI installations • Height: 8U, 352 mm (14 in.) • GR-1089-CORE Issue 4 • Width: 443 mm (17.5 in.) without rack-mount • GR-63-CORE Issue3 flanges. (Rack-mount flanges allow mounting to 19 in. racks) RoHS 6/6 Compliant C O N T A C T U S • Depth: 526 mm (20.7 in.) • Weight: 17.5 kg (38.5 lbs) with 4 power supplies www.pt.com E-mail: sales@pt.com Technology Equipment • CB Certificate and Report Scheme © 2012 Performance Technologies, Inc. All Rights Reserved. PT is a trademark of Performance Technologies, Inc. The names of actual companies, products, or services may be the trademarks, registered trademarks, or service marks of their respective owners in the United States and/or other countries. PS/0412