Calsoft Labs' TI Offerings |
Calsoft Labs is one of the leading members of TI's DSP third party network and is committed to providing state-of-the-art solutions based on TI processors. Calsoft's TI expertise cover:
- Porting latest versions of Flash Player/Flash Lite on various TI platforms including OMAP, Sitara & Netra
- Embedded product designs including hardware design, codec/communication protocol porting, & application development across different TI platforms like DM36x, AM3xxx, M3 cortex based LM series micro-controllers, MSP430, etc
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Calsoft's Adobe Flash Portfolio: |
Calsoft Labs provides Flash Player/Flash Lite porting, licensing and certifying services to consumer electronic customers who manufacture various products such as Set Top Boxes, Smart Phones, Mobile Internet Devices, Netbooks etc. Calsoft Labs works closely with TI's application engineers to port, integrate and fully explore the capability of TI platforms to provide a rich user experience.
Over the years, we have sold more than 5 million licenses and ported Flash Player7, Flash Lite2, Flash Lite3 to Linux, WinCE/Windows Mobile, Nucleus, ThreadX, uLinux, Android on ARM, MIPS, X86 platforms.
Some of the Flash 10.x/ Flash Lite 4.x services we provide are:
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- Open screen project services (OSP):
- Customized Flash Ports - FL4/FP10 ported to customer platform for which Customer pays
- Open Screen Project Upgrade Service - Allows users to update Flash via network to comply with Open Screen Project to avoid royalty payment
- Annual Support - Provides user with ongoing maintenance and updates on Flash ports
- Device Certification Test Suite (DCTS)/Certification. We can run DCTS and certify devices via Adobe (required prior to commercially distributing Flash)
- Non OSP:
- Includes all of the above services
- Additionally we supply with Flash runtime licenses (licenses for devices that don't comply to OSP)
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Calsoft's Embedded Products' Portfolio: |
| Calsoft Labs' extensive DSP expertise allows us to offer the following specialized services to our customers: |
- DSP software design, development and validation along with optimization for wireless Baseband processing, audio/video encoding, decoding, imaging communication for cameras, mobile phones and home networking device
- DSP algorithm porting & optimization for media controllers, media servers and media player designs
- Communication protocols porting & optimization
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| Some of our Engineering & Design Expertise on TI Platforms are: |
- Development of an end-to-end IP Video Door phone hardware and software solution based on DM365.
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The IP Video Door Phone System comprises of two different units. The underlying communication infrastructure for the system is an Ethernet based IP network. The units are powered and interconnected by Power over Ethernet switches. The overall system requires simple, minimal cabling. Optionally the system can be customized to be powered by external power adapters.
The architecture of IP video intercom system is centered on the TI DM365 Digital media processor SoC. The system uses MPEG4 media compressed Video and G.711 audio in a media container transported using RTP/RTSP. The system has custom call handling and call processing functions done in software with many feature sets such as – Missed call, unit busy, call progress and call terminations.
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| For more details visit:
IP Video Door Phone on TI's DM365 Digital media processor SoC
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- Development of the Media controller with advanced features built around TI's ARM Cortex M3 Microcontrollers.
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The architecture of Advanced K12 Edu controller is based on TI Stellaris series ARM Cortex M3 controllers with USB OTG and 10/100 Ethernet MAC + Phy on chip. The device has several configurable peripherals that suit the requirements of the Advanced K12 Edu controller. The device also comes with Stellaris device library C callable libraries for all peripheral ports including the USB host and Device libraries.
The product is completely programmable with a list of around 500 different Audio Video equipments brands in the world using an advanced GUI tool in a ziffy.
A lwIP stack is ported on the controller which enables remote access capabilities over LAN and WAN ports. The software has been written with a simple scheduler and hence avoids any RTOS resulting in a low memory footprint and cost for the product.
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| For more details visit:
Advanced K12 Edu Controller on TI's Stellaris series ARM Cortex M3 controllers
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- Development of ADU H/W & S/W around TI DSP TMS320F2812 and Holt ARINC controller including implementation of ARINC 429 protocol.
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The ADU is a device, which measures the static and differential pressures using two pressure sensors and impact pressure using the temperature probe (PT-100). From these three parameters various aerodynamic (Air Data) parameters like Mach-Number, Computed Air Speed, Total Air Speed, Standard Altitude, Altitude Rate, Total Air Temperature, and Static Air Temperature can be calculated.
The architecture of ADU system is centered on the TMS320F2812 DSP chip. Static as well as differential type Pressure sensors are interfaced to this chip on RS232. PT100 sensor is interfaced to ADC of 2812 DSP for temperature measurement. The DSP does complex arithmetic to calculate various parameters such as air speed, rate of climb based on pressure readings.
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| For more details visit:
Air Data Unit Design on TI's TMS320F2812 DSP (Digital Signal Processors) Chip
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- Design and development of Hardware, Firmware and Board diagnostics software based on TI MSP430 of the wireless Zigbee sensor.
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The core board is built around F1611 Micro controller from TI's MSP430 family. MSP430F1611 is an Ultra Low power micro controller and consists of several peripheral interfaces targeted for various applications. The architecture, combined with five low power modes is optimized to achieve extended battery life in portable measurement applications.
The radio part is handled by Chipcon's CC2420, a true single-chip 2.4 GHz IEEE 802.15.4 compliant RF transceiver designed for low-power and low-voltage wireless applications. CC2420 includes a digital direct sequence spread spectrum baseband modem providing an effective data rate of 250 kbps.
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| For more details visit:
Wireless Zigbee Sensor on TI's MSP430F1611 Micro controller
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