ThinDesk, Inc. What is Thin Computing?

ThinDesk, Inc.
What is Thin Computing?
 IT Industry is buzzing about Green IT, Virtualization both in the
Data Centre and on the Desktop, Public / Private Cloud
Computing , etc.
 The ThinDesk / TELUS solution provides all of this and is a Fully
Managed Thin Client Desktop and Server Based Computing
Service hosted inside a TELUS SAS 70 Data Centre
 100% Scalable
 Utility Model – Priced on a per user / per month basis (opex vs
capex)
 Provide Enterprise Class Service to SMB - 5 to 1000 users
Green “Thin” Computing is Good
Business
 Thin client desktop and laptops use 1/10th the energy of a typical
PC.
 Thin clients have twice the lifecycle and are ¼ of the size of a
PC, so Businesses have a less frequent hardware refresh ,
therefore producing less waste into landfills.
 Customers do not have onsite servers which further reduce their
carbon footprint.
 Moving to ThinDesk also involves 100% virtualization of backend servers. Consolidation ratios of 10 to 1.
Gartner named Green IT a top strategic
technology for 2008 as companies are
looking to improve energy efficiency and
reduce their environmental impact
Apples to Apples
Typical PC’s have Power supplies of 250-400 watts...If left on 24
hours a day would use 180kw-288 kw of power per month.
Typical Thin Client devices range in power consumption from
50-65 watts or 36kw -47 kw per month.
This is a power savings of 73-88% power savings
These savings do not include the cost of a energy consumption
of a company’s servers, server room cooling, battery backups
networking equipment and space air conditioning.
PC vs. Thin Client
• 90 percent less energy used each year
• 131,810 fewer Kw/H used each year
• $11,784 (U.S.) saved in energy costs per-year
• 102 fewer tons of CO2 put into the environment each year
• 27 fewer tons of e-waste after six years of use
• Substantially less air conditioning needed
• Less "noise" pollution in user areas
PC vs. Thin Client
1 PC
vs.
 146.66 kw
40 PC
1 Thin Client (running 8 hours a day only)
14.85 kw
vs.
 5 866.40 kw
100 PC
 14 666 kw
vs.
per year
40 TC
594.00 kw
per year
100 TC
1 485 kw per year (Annual savings of 13,181 kw)
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