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This document highlights the integration process of
BLADE Network Technologies’ Gigabit Ethernet Switch Modules for IBM BladeCenter in a Cisco environment. Guidelines and recommendations are proposed to assist the network administrator in his or her implementation.
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306KB
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Functionality Certification and Cooperative Interoperability Evaluation by Tolly Group
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1.4MB
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With the announcement of the new BladeNetwork 10GbE switch for IBM BladeCenter H, it’s been decided to test the 10GbE adapters in High Performance Computing/Next Generation Networks environments. The compared elements were NetXen Ethernet adapter, Topspin IB adapter and a Low Latency Ethernet adapter for blades, manufactured by Myricom.
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645KB
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A Tolly Group test summary comparing
BLADE’s
10GE blade server switch with the Cisco Catalyst 6509 10GE chassis switch, concludes that the
BLADE
switch excels with 9x lower latency and 2x better throughput performance than the tested Cisco 6509.
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The rapid growth of data traffic in the capital markets industry continues to be a major concern for technologists, as they attempt to deal with the dual requirements of higher throughput and lower latency. Market data technologists are now looking at high-bandwidth technologies such as 10 Gigabit Ethernet (10GigE). The results in this paper from STAC Research show 10G Ethernet provides the lowest mean latency ever reported at a very high throughput rate.
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369KB
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Our test of network throughput capabilities compared performance of 10GbE iSCSI with 4Gb/s Fibre Channel using an actual database workload running on a reference architecture consisting of an IBM BladeCenter H with embedded 10GbE blade switches from
BLADE Network Technologies
(BLADE) and mezzanine network cards for the blade servers and storage controllers from Chelsio Communications (Chelsio), and a NetApp FAS6030C clustered storage system. Results prove that 10GbE environments are viable and can support large-scale business applications.
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395KB
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1.2MB
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High Performance Cluster Computing Centers are discovering the power of 10 Gigabit Ethernet in the IBM BladeCenter H to build robust, fast, and cost-effective High Performance Computing clusters.
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738KB
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This brief examines how Session Initiation Protocol (SIP) traffic can be managed for optimal Voice over IP connectivity, persistence, high availability, and security through use of
BLADE’s
Nortel Layer 2-7 GbESM in the IBM BladeCenter.
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680KB
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Secure your people and property while maximizing your IBM BladeCenter ROI—with blade server switches from
BLADE Network Technologies
and Video Surveillance technology from DataCom.
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359KB
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Meeting the performance demands of today’s business applications doesn’t have to require a complex IT infrastructure. IBM’s powerful blade solution consolidates compute, storage and switching resources within the BladeCenter S, simplifying deployment, cabling and management while reducing capital and operational costs.
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105KB
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To enhance the management of BNT switches, this technical brief shows how to integrate BLADEHarmony Manager with IBM Director. This further improves the manageability of BNT switches by providing easy access the BLADEHarmony’s management functions from IBM Director.
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1.3MB
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This document helps you plan for network requirements with the next generation workstation.
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291KB
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Blade Network Technologies’ Ethernet Switches use many different kinds of ports and transceivers. There is a mix of SFP, SFP+, XFP and CX4 ports for Gigabit and 10GbE connectivity. This document provides recommended Gigabit and 10GbE transceivers for use in these switches. It also includes some part numbers for recommended CX4 Cables.
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136KB
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Blade Network Technologies 10Gb Ethernet Switch module for the IBM BladeCenter H chassis is well suited for delivering VoD. This technical bulletin describes how combining the benefits of blade servers with the high amount of throughput needed for VoD IPTV make the IBM BladeCenter H an ideal platform for hosting VoD servers.
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125KB
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This document aims to demonstrate the specific benefits for VMware implementations of iSCSI SAN implementations using embedded 10 Gigabit Ethernet switching technology in the IBM BladeCenter.
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627KB
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