Unisys ClearPath Plus Server CS7201.

Transcription

1 Unisys ClearPath Plus Server CS7201. The CS7201 server is a mid-range, fully featured, Intel Xeon processor MP based system for MCP environments. This ClearPath Plus server running the MCP operating system concurrently with a Windows or UNIX operating system delivers all of the traditional mainframe attributes plus valuable new business characteristics such as diverse computing workloads, flexible buying models, popular software standards, powerful integration middleware, autonomic systems management, and excellent productivity economics. THE UNISYS CLEARPATH PLUS LIBRA FAMILY OF SERVERS. Unisys has expanded the features and capabilities of its mid-range servers for MCP with the ClearPath Plus CS7201 server. Based on the Unisys Cellular MultiProcessing (CMP) architecture, the CS7201 server delivers an open operating environment that is flexible, powerful, and compatible with many existing solutions. In a single system, the CS7201 server combines the open environment that characterizes today s client/server solutions with the mission-critical capabilities traditionally associated with mainframes. The ClearPath Plus CS7201 server features a modular design that supports a high level of infrastructure flexibility for the agile enterprise, including a choice of hardware technologies, operating environments and applications, growth options, integration software, and even buying models. Product highlights. Exceptional reliability, availability and serviceability (RAS) High-performance interoperability Multiple operating system environments Capacity on Demand Storage on Demand Leading price-performance for enterprise applications Performance redistribution Autonomic systems management

2 New levels of flexibility. The ClearPath Plus CS7201 server delivers an operating environment that is flexible, powerful, and compatible with your existing MCP-based solutions. Unisys has revolutionized the mainframe by combining a business-critical environment with open system capabilities. ClearPath MCP applications and data can be integrated with external heterogeneous servers, databases, and applications using virtually any of the industry s most popular technologies. The CS7201 server delivers many features for the agile corporation: A growth path through horizontal and vertical scalability. Expanded application offerings through multiple operating environments. The CS7201 platform supports up to eight independent partitions of four Intel Xeon processors MP and/or Intel Pentium III processors each concurrently running ClearPath Virtual Machine for MCP 8.0 and any one of these operating systems: Microsoft Windows 2000 Advanced Server, Windows 2000 Datacenter Server, Windows Server 2003, Enterprise and Datacenter Editions, and SCO UnixWare and OpenUnix operating systems. You can dedicate these partitions to production, development, testing, disaster recovery, CRM and ERP solutions, the Enterprise Application Environment, and many others. The wide choice of concurrently running operating systems enables you to consolidate multiple servers on a single platform: NX, A Series, Windows, UnixWare and OpenUnix environments. Consolidation brings centralized control of multiple servers with potential savings in both system and operational costs. Performance redistribution is a new feature that permits the reallocation of system processing power among existing Central Processing Modules (CPMs) and partitions. For maximum processing efficiency, the performance of a CS7201 system can be easily allocated across all of the installed CPMs. For maximum processing power, system performance can be allocated to a minimum number of CPMs. Capacity on Demand helps you better manage your changing capacity requirements. Designed to revolutionize the way you buy ClearPath information processing power, Capacity on Demand delivers new agility for managing your dynamically changing workloads, including unpredictable spikes in demand and emergency/disaster recovery situations. Several different buying options are offered for the most flexibility in your server operations. Temporary incremental system capacity is key to supporting dedicated and shared disaster recovery systems with remote secondary systems typically used for development. You pay only for the incremental capacity for a period of 30 days an option that enables you to handle major unplanned operational disruptions. Shorter periods can be addressed with a 12-day emergency recovery option. And a temporary workload option gives you daily incremental capacity for 5 to 365 days to meet any unplanned peak load demand. 2

3 Storage on Demand lets you add disk storage using soft keys without additional hardware installations. Abundant pre-installed disk storage is ready for immediate activation when additional capacity is needed. The CS7201 server is delivered with the first 150 GB of enabled storage out of 900 GB of overall capacity. With this Intel based system capable of supporting large-scale, mission-critical MCP applications, ClearPath Plus servers deliver an innovative dimension in the evolution of Unisys mainframe systems. The CS7201 server offers extraordinary power and capacity, 32 GB of main memory, and an advanced input/output subsystem. System attributes. The ClearPath Plus CS7201 server offers exceptional business value based on mainframe hardware and software attributes: High volume, mission-critical transaction processing Unisys Server Sentinel for simplified systems management High performance interoperability Multiple operating system environments Capacity on Demand options Storage on Demand options Performance redistribution Consolidation options Powerful middleware for application, Internet, message, and data integration in heterogeneous environments using popular industry standards Application access via Web, PDA, mobile, etc. Extensive MCP software portfolio with true mainframe attributes A suite of mainframe application development tools Low-cost development environments 3

4 Unisys ClearPath Plus Server CS7201: System specifications. Maximum processors. Up to 32 total: Four (4) per processor module MCP partitions: Four (4) or eight (8) processors per partition with one (1) system image Remaining processor modules available for Windows 2000 Advanced Server and Datacenter Server, Windows Server 2003, Enterprise Edition and Datacenter Edition, UnixWare or OpenUnix 8.0 Processor types. For Virtual Machine MCP partitions: - Intel Pentium III Xeon at 900 MHz with 2 MB on-die cache, OR - Intel Xeon processor MP at 1.5 GHz with 1 MB on-die cache For Windows or Unix partitions: - Intel Xeon processor MP at: GHz with 1 MB on-die cache OR GHz with 2 MB on-die cache Performance. From 500 RPM (one CPM) to 4,500 RPM (five CPMs). (See Table 1) Memory. 4 GB of memory per partition (1 GB available for MCP applications) 32 GB of memory available in a single domain 64 GB of memory available in a dual-domain system Domains. Two (2) power domains Partitions. A maximum of eight (8) partitions (in 4 Intel CPU increments) Single or multiple partitions of four (4) or eight (8) Intel CPUs for MCP, OR Up to 28 Intel CPUs for a Windows or UNIX operating system I/O slots. Up to 96 at 33 MHz with 64-bit data and addressing (900 MHz) Up to 48 at 66 MHz with 64-bit data and addressing (1.5 and 2.0 GHz) Architecture. Unisys Cellular MultiProcessing (CMP) - Four-way non-blocking crossbar intra-connect - SMP-based programming model (applications run without change) 4

5 Operating environments supported. ClearPath MCP 8.0 AND any one of the following: - Microsoft Windows 2000 Advanced Server - Microsoft Windows 2000 Datacenter Server - Microsoft Windows Server 2003, Enterprise Edition - Microsoft Windows Server 2003, Datacenter Edition - SCO UnixWare SCO OpenUnix 8.0 Third-level cache. 16 MB for all 4-CPU processor modules Aggregate memory bandwidth. 20 GB/sec Cooling method. Up to six cabinet impellers (N + 1) Access area. Front and rear, 27" x 42" Dimensions. Width: 27" W x 48" D x 69" H Estimated weight lbs Power sectors. Up to two (2) per cabinet 30A, 50/60 Hz, single phase, VA 24A, 50/60Hz, three-phase, VAC Power wattage. 6.7 KW per power sector Thermal. 23,075 BTU/hr per power sector 5

6 Noise level. 7.5 Bels re: 1pW Shock. Operating: 3.0g, 15ms Non-Operating: 8.0g, 15ms Vibration. Operating:.01 in.5-22hz;.25 g Hz Non-operating:.10 in. 5-10Hz;.5 g 10-70Hz;.002 in Hz; 1.0g Hz Altitude ft ( m) Systems management. Unisys Server Sentinel Dedicated service processor Server Management Tools 1.0 Temperature. Operating: 13 C to 35 C (55 F to 95 F) Shipping: -40 C to 65 C (-40 F to 149 F) Relative humidity. Operating: 10%-80% (non-condensing) Non-operating: 95% maximum (non-condensing) Unisys ClearPath Plus CS7201 Servers: Table 1 Performance. CS7201 Styles: Performance Model CPMs Required for Performance CPMs Enabled RPM Processor Modules CPUs CSL CSL CSL CSL * CSL CSL CSL CSL CSL * This applies only to 1.5 and 2.0 GHz, 900 MHz using 2 CPMs. 6

7 For more information, please contact your Unisys representative. Or call Unisys today at: , ext. 776 ( U.S and Canada) , ext. 776 (From other countries) You can also contact us by at: cic@unisys.com For up-to-date ClearPath Plus CS7201 server information, visit our website at: You ll find even more details and documents at our community of ClearPath users at: www. unisys.com/cp/community 7

8 For up-to-date ClearPath Plus CS7201 server information, visit our website at: This document is not a contract and does not create any binding representations or warranties by Unisys. All representations are contained only in the applicable agreement signed by the parties. Specifications are subject to change without notice Unisys Corporation. All rights reserved. Unisys and ClearPath are registered trademarks of Unisys Corporation. Intel and Pentium are registered trademarks and Xeon is a trademark of Intel Corporation. Microsoft and Windows are registered trademarks of Microsoft Corporation. UnixWare, used under an exclusive license, is a registered trademark of The Open Group. All other brands and products referenced herein are acknowledged to be trademarks or registered trademarks of their respective holders. 7/03 * *