Intel
NOTE: STAC Reports vs STAC Benchmarks
 |
If an item has the STAC Report logo, it means that STAC has issued the report. |  |
If an item also has the Council logo, then the report is based on official benchmark specifications approved by the STAC Benchmark Council (i.e., actual STAC Benchmarks). |
IBM RELEASES FIRST STAC BENCHMARKS OF A MESSAGING SYSTEM
"The era of comparable messaging benchmarks has now begun."
STAC-M2 HIGHLIGHTS: IBM LLM 2.2 on RHEL 5.3, Xeon X5570, HS22, Voltaire/Mellanox QDR IB (SUT: LLM110905)
STAC Report Highlights* for:
IBM WebSphere MQ Low Latency Messaging v2.2.0.2, RHEL AS v5.3, IBM Bladecenter H, HS22 Blades, 2 x quad-core Intel Xeon X5570 2.93 GHz, Mellanox MT26428 ConnectX HCA, Voltaire 40Gb QDR InfiniBand Switch Module for IBM Bladecenter H
Tested against STAC-M2 v1.0 specs.
STAC Lab Network
Customers and vendors who want to test systems that use the latest hardware often face logistical hurdles such as a lack of available data center space, insufficient servers or switches, and delays in ordering and provisioning new equipment.
The STAC Lab Network is a valuable resource for firms that need a faster way to test new products against well-understood, relevant benchmarks. The network consists of STAC’s lab, located in the heart of the New York financial district, and labs at several Innovation Sponsors.
STAC Report: Latency Busters Messaging 3.3.9 with Cisco Catalyst 4900M 10GigE Switch and Solarflare NIC with OpenOnload
Less than 19 microseconds of mean latency with less than 6 microseconds of standard deviation at rates up to 125Kmps in a low-latency configuration with OpenOnload
Latency Busters Messaging 3.3.9 with Cisco Catalyst 4900M 10GigE Switch and Solarflare NIC with OpenOnload
LBM 3.3.9, Novell SUSE Linux Enterpise Real Time 10 SP2 u3, IBM x3650, Intel Xeon Quad-Core X5355, Solarflare Communications 10GigE NIC with OpenOnload, and Cisco Catalyst 4900M
STAC Report: RMDS 6.3 on IBM System x3850 M2 24-Core Server With Chelsio 10 GigE NICs and Cisco Nexus 5020 switch
Highest stacked Point-to-Point Server throughput to date on a single server: 19.1M updates/second
RMDS on IBM x3850 with 24-Core Intel Dunnington and Chelsio 10 GigE/TOE
RMDS 6.3, Novell SUSE Linux Enterpise 10 SP2, IBM x3850 M2, Intel Xeon Six-Core X7460, Chelsio 10GigE NIC with TOE enabled, and Cisco Catalyst 5020
RMDS with TOE-Enabled Chelsio 10GigE NICs and Novell SUSE Linux Enterprise Real Time on Intel-Based HP c-Class
RMDS 6.3, Chelsio 10GigE NIC with TOE enabled, Novell SUSE Linux Enterpise Real Time 10 SP2, HP BL-c switch, HP BL460c blades, and Intel Xeon Quad-Core X5450
STAC Report: RMDS with Chelsio 10GigE and Novell SLERT
Highest RMDS throughput with sub-millisecond latency reported to date: 800,000 updates/second