Comparision of Tegra3 on Android and Windows8 with all features hardware,Architecture and with Industrial Visit Explanatios of COA etc

1. GAGAN
GOUTAM
DHANYA
DEEPIKA
CHANBASSAPA
BVB COLLEGE OF ENGINEERING AND TECHNOLOGY

2.  NVIDIA is the only company from the PC and mobile
market and seeing at least some success,with its latest
host and graphics processor designs.
 TEGRA is the name Nvidia gives to its smartphone’s
processor markets. The first and only contract for Tegra
was signed with Microsoft for its HD media player.

3. KEY INNOVATIONS
 Quad-Core with a 5th Battery-Saver Core** - NVIDIA's innovative Variable
SMP architecture (PDF 919 KB) enables four performance cores to be used
for max burst, when needed, with each core independently and
automatically enabled and disabled based on workload.
 NVIDIA Direct Touch* - This is a patent-pending architecture that improves
touch responsiveness.
 3D Stereo Gaming* - This capability leverages the award-winning NVIDIA 3D
Vision® technology to automatically, and in real-time, convert OpenGL based
games and apps into Stereo 3D.
 NVIDIA PRISM Display Technology* - PRISM (or Pixel Rendering Intensity and
Saturation Management) reduces a mobile device's backlight

5. Architecture in Android GeForce
• In Android Tegra3 GeForce is used
• In windows 8 Nvidia is

7. TEGRA 3 ON ANDROID TEGRA 3 ON WINDOWS 8
Processor
CPU Quad-core, with 5th battery-saver core Quad-core
Max Frequency Up to 1.6 GHz single core /1.7GHz quad-
core
Up to single core 1.3 GHz /quad-core
1.4
L2 Cache 1 MB 1 MB
L1 Cache (32KB / 32KB) per core (32KB / 32KB) per core
Memory
Frequency DDR3-L 1500
LPDDR2-1066
DDR3-L 1500
LPDDR2-1066
Memory Size Up to 1 GB Up to 2 GB
TEGRA 3 SPECIFICATIONS

8. Applications on android :
 High Speed performance Smartphones
contaning Quad And Octa core processors are
developed.
 Smartphone even stronger than Laptops were
possible becoz of Tegra 3 type processors.
 By the help of battery saver core introduced in
Tegra processors it has become easy to use high
technology within low power in small devices
like Mobile.

9. GPU Android windows 8
Architecture ULP NVIDIA ULP GeForce
3D Performance Relative to Tegra
2*
Up to 3x n/a
Cores 12 12
3D Stereo Available n/a
Full Programmability Available Available
OpenGL ES Version 2.0 n/a
OpenVG 1.1 n/a
EGL 1.4 n/a

10. 3D Stereo gaming
 In Tegra 3 android 3D stereo gaming is supported.
 On windows 3D stereo gaming is not supported.

12.  Tegra 3 is much developed in android than In
windows8.
 Tegra 3 processor is much developed in tablet version
of windows 8 but is not the same case in PCs.
 NVIDIA is superior in GPU section but still lags behind
in processor section.

15.  The processor is capable of parallel processing.
The bottles are collected and aligned at a
particular place.
The pulp is collected from a particular source.
these both process happens simultaneously
and in parallel manner exactly as the
processor processes parallel instructions.

16.  The bottles are washed with a series of chemicals and
pulp is smashed properly for preparation of syrup.
The processor removes all the bugs present
in the instruction similar to the process in
which the chemicals removes the impurities
present in the bottle.

17.  The syrup travels through the pipelines and is filled
into the bottles.
The processor unites all the instruction
present in the bus which
are debugged and executes it as per the
instruction provided by the user.
The syrup is sprinkled into the bottles and the
bottles are placed on the conveyer belt.

18.  The bottles are checked for any defects as per the
company requirements.If the defects are found,they
are put back on the conveyer belt for reconsideration.
The processor does the reconsideration as per
the instruction is executed.
The processor supervises the program and
does the write back so that the program is
executed perfectly.