BASIC KVM SWITCH TRAINING & VALUE PROPOSITIONS
Simple Remote Management Infrastructure (RMI) Technology Papers
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The Original KVM Switch White Paper
ABSTRACT:
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The original Keyboard Video Switch (KVS) White Paper was written in 1994 during
the early days of KVM switches and focuses on core value propositions.
Savings include power, cooling (BTUs), rack and floor space along with the expense
related to user workstation hardware (KVM Consoles).
The Keyboard, Video and Mouse Switch (KVMS) White Paper focuses on today's single
and dual console switches with a basic explanation of the technologies behind
keyboard, video and mouse signals.
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Advanced KVM Switch White Paper
ABSTRACT:
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Completely revised, this Keyboard, Video and Mouse Switch (KVMS) White Paper offers a new
perspective on the proprietary technologies of secured remote management KVM switch network systems.
Includes new information on the latest Cat 5 KVM Extension Technology that's an integral part of the backbone
in many Simple Remote Management Infrastructure (SRMI) systems. The data of our original writing has
been reviewed and enhanced with the latest value propositions of advanced proprietary analog switch
systems right down to the ROI with an intense look at the economics of multi-console KVM switch systems.
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UTP Cable – Ethernet vs. KVM
ABSTRACT:
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Category 5 KVM switch products have used UTP cable to interconnect various system components for years.
Today, industry trends lean towards UTP cable to connect servers and workstations to KVMS system components.
Unsuspecting users need to know that Ethernet and KVM signals are very different.
This paper describes the main differences when using UTP cable to connect KVM signals between computer and
switch components compared to ethernet networks. And, we alert you to the single biggest problem
with cat 5/6 cable and KVM signals – how to identify it and how to avoid it! This issue will help
you avoid the most common user errors, identify the problems and associated symptoms that resolve
poor video and erratic KVM operation.
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Embedded KVMoIP Uncovered *
ABSTRACT:
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The cost of most analog and digital KVM switches are openly disclosed, easily identified and calculated
to find the Total Cost of Ownership (TCO). Its much more difficult to determine the real cost of Embedded
KVM over IP (KVMoIP) solutions because a great deal of the overall implementation cost is hidden in the
network infrastructure many of us are accustomed to and equally take for granted.
This paper provides a preliminary discovery of the hidden cost and requirements of Embedded Remote KVM
solutions which originated as a PCI card (ie: Compaq’s Riloe). Along with their ancillary components,
Embedded Remote KVM doesn't offer the consistency of out-of-the-box KVM solutions. We also find the support requirements for embedded solutions are much more dynamic in larger applications.
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Cash is King
ABSTRACT:
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These days we are looking for cost savings without compromising value. Vendor discounts
isn't enough to save a hundred thousand dollars. By knowing where the expense of various
KVM switch technologies are you can discover where to look for savings and how to best
deploy KVMS technology to get the highest user throughput and greatest value.
This paper examines the premium and savings of both analog KVM switches and digital KVMoIP
solutions. Using three of the latest Cat 5 based KVM switches from Avocent in our empirical
model, the fragmented cost are detail for two very different KVM technologies. And, we show
where to look for savings.
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Tiered, Cascade and the Daisy Chain
ABSTRACT:
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Will the industry every get together on terminology used to describe different methods of
interconnecting KVM switches? There's a real benefit to buyers and remote management system
engineers who understand KVM switches interconnect and interoperate! Tiered, Cascade and
Daisy Chain methods offer very different deployment models that can make or break your budget.
Widely interchangeable, these definable characteristics date back to the original KVM switch from
Rose Electronics. There are different points of view as to the best approach but its usually a
factor of the operating environment. This paper explains the difference in the cost and deployment
requirements for Daisy Chain, Tiered, Cascade and Stacked remote KVMS management technologies.
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Industry Terminology Defined (Part I)
ABSTRACT:
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First in a two part series on out-of-band remote management (KVMS technology). Industry terminology
used to describe the interconnection of dissimilar KVM switches. In Part I we decipher the old school
thinking and describe interconnections based on the characteristics of the hardware and how port selection
is either integrated or disintegrated. Prepared your team to make informed decisions on KVMS technology
purchases and improve the efficiency of your data center operation.
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Industry Terminology Defined (Part II)
ABSTRACT:
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Tron Developed the Advanced Three Tiered System Topology for Digex
Second of a two part series on out-of-band remote management hardware (KVMS technology)
defines the key interconnect components of advanced KVM switch topologies that support
over 250 real-time access points. Details include the elements and characteristics of a
three tier KVM Switch Network based on switch hardware positioning.
When, where and how are KVM switches deployed without any servers or users connected to the hardware?
The three primary layers referred to as "tiers" include System Chassis, Router Chassis and User Chassis.
Each tier functions with a specific fundamental task to expand on manufacturer's basic matrix system
functionality.
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KVMoIP - Is It Ready for Prime Time? (Part I)
ABSTRACT:
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This paper explores KVM over IP (KVMoIP) technology and ask the question "Is It Ready For Prime Time?"
Discover what problems are associated when controlling servers and workstations over a KVMoIP network.
And, learn about Best Practice deployments including how, when and where they are best used. A clear
understanding can save you thousands in hardware acquisitions and improve user productivity.
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KVMoIP - Is It Ready for Prime Time? (Part II)
ABSTRACT:
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Video bandwidth demands on network throughput and performance are presented graphically (of course).
Server resolutions and refresh rates can place heavy loads on your network while deteriorating the user
experience. KVMoIP switches compensate behind the scene but there's a lot users can do to increase
productivity and improve their experience.
Learn how much bandwidth video demands at different resolutions and refresh rates. KVMoIP switches
down-sample video to 8 bit color so grayscale modes can produce better results for users and reduce
loads on the maintenance network.
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KVM over IP Software - API vs. Browser
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Java, browsers and proprietary applications. Each access and management solution presents unique
characteristics that can benefit and compliment data center operations or deteriorate efficiencies.
Identify how the pros and cons of various software applications fit specific deployments.
Its the dynamics of every data center environment that defines the best practice choice.
Browser access is free but offers limited functionality while independent software solutions
provide integration, data center automation and simplifies the user experience.
Which software application will fit into your data center environment and best practice objectives?
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* Revised format and updated with new information.
Also, available on the website of industry publisher Ziff-Davis.
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