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Embedded micro controllers:

1. 8051 based projects
2. C8051F020 Evaluation Board
3. AT89c51/AT89s51/AT89c52/ AT89s52 based projects
4. Atmel - AVR Micro controller based Projects
5. ATmega128/ ATmega328/ ATmega644/ ATmega2560 Based Projects
6. Arduino Boards (A to Z)
a) Arduino Uno R3
b) Arduino Due (ARM-based)
c) Arduino Mega
d) Arduino Mega 2560
e) Arduino MEGA2560 R3
f) Arduino nano v3.0
g) Arduino Duemilanove
h) Arduino Diecimila
i) Arduino Fio
j) LilyPad Arduino
k) Arduino NG Rev. C
l) LilyPad Arduino 04
m) LilyPad Arduino 02
n) LilyPad Arduino 00
o) Arduino USB v2.0
p) Arduino Nano 3.0
q) Arduino Nano 2.x
r) Arduino Serial v2.0
s) Arduino Mini 04
t) Severino (S3V3)
u) Arduino Stamp 02
v) Arduino NG (Nuova Generazione)
w) Arduino Extreme v2
x) Arduino Leonardo
y) Arduino Diecimila
z) Freeduino Duemilanove

7. PIC 12/16/18/24/32 family micro controllers based Projects
8. ARM7TDMI - LPC2148/ LPC2138/ LPC2124/ LPC2129/ LPC1768 based Projects
9. MSP430 – Texas Instrumentation based controllers.

Embedded LINUX (Processor) Based Projects:

1. ARM9 processor based Projects:
a) S3C2440 ARM9 processor
b) FriendlyARM Mini2440
c) Mini210 | S5PV210 ARM Cortex- A8 Board
d) Mini210s | S5PV210 ARM Cortex- A8 Board
e) Tiny210 | S5PV210 ARM Cortex-A8 Board
f) Smart210 (Tiny210v2) | S5PV210 ARM Cortex-A8 Board
g) NanoPC-T1 | Exynos4412 ARM Cortex-A9 Board
h) Super4412 | Exynos4412 ARM Cortex-A9 Board
i) Tiny4412 | Exynos4412 ARM Cortex-A9 Board
j) STM32 Nucleo Board - ARM Cortex M0

2. ARM11 (SAMSUNG) Processor based projects
a) Raspberry Pi (A, A+, B, B+)
b) Banana Pi
c) Onion Pi
d) BeagleBone Black

3. Intel Processor based Projects
a) Intel Galileo Gen2 board
b) Intel Edison board

4. Cubietruck Cubieboard3 Cortex-A7 Dual-Core based Projects-

  1. AllWinnerTech SOC A20, ARM® Cortex™-A7 Dual-Core, ARM® Mali400 MP2 Complies with OpenGL ES 2.0/1.1
  2. -2GB DDR3@480MHz (960MTPS)
  3. -Internal Storage : 8GB NAND Flash
  4. -HDMI & VGA 1080P display output on-board
  5. -10M/100M/1G Ethernet
  6. -Wifi+BT wireless connection with antenna on-board
  7. -SATA 2.0 interface support 2.5' HDD, (only for 3.5' HDD, need another 12V power input)
  8. -Storage solution: NAND+MicroSD or TSD+ MicroSD or 2*MicroSD

5. WandBoard Dual based Projects

6. Radxa Rock - ARM Cortex A9 QuadCore based Projects


          HVS Technologies is a Technology company that is into the fields of product designing, providing efficient solutions, great services and highly technical projects. We deliver outstanding training in Real-time Embedded systems. We make students understand the perplexed way of accomplishing their academic project successfully.HVS is an island of innovations. We have excellent record of experience in implementing never done before ideas. The company is highly proficient in advanced technologies which include Embedded software development, GSM, GPS, RFID solutions, Zigbee etc.,

 

      We are also passionate about Robotics. Our Technical team describes the intricate concepts of robotics very well to the students and provides the hands-on experience on different versions of robots. Through our well-structured lectures, workshops and other practical sessions, we help students understand the complicated concepts of Robotics in an interesting way. Our sessions are planned to help students open up their mind and begin to look at engineering in a much broader perspective. 

 

          HVS provides all-inclusive Engineering solutions based on Embedded Systems platform. We train the students in such a way that they can do their project kit on their own. We shape our services and solutions to fit the outcomes you need. Our only zeal is to make every impossible, possible. We value the satisfaction of the customers the most. We deliver projects on Microcontroller (PIC and ARM-7), MATLAB, Android and software based student projects. We provide latest live Embedded projects along with documentation for B.E/B.Tech, M.E/M.Tech, BSc/MSc Electronics and Polytechnic/Diploma students. We also offer Embedded Training that includes working on different Microcontrollers and programming them to get the desired outcome.