Category Archives: News

Adeneo completes work on MityDSP-L138(F) and MitySOM-1808(F)

 

Syracuse, NY – November 20, 2012 – Critical Link today announced that Windows Embedded Compact is now available in its MityDSP-L138(F) and MitySOM-1808(F) System on Modules (SoMs). These are the first in a series of Critical Link ARM®-based SoMs that will include Windows Embedded Compact to facilitate development of display and human-machine interaction. Development of this capability was done by Bellevue, Washington-based Adeneo Embedded, a globally recognized expert on Windows Embedded Compact, Linux and Android technologies.

“Adding Embedded Compact to the list of operating system support for the MityDSP-L138(F) and MitySOM-1808(F) will provide our clients with the means to leverage their Windows experience and code base when developing applications on our modules,” said Critical Link vice president Tom Catalino . “We view this new capability as especially well-suited for those developing small-form-factor applications with a user interface in the industrial, medical, test and measurement, and alternative energy industries.” The MityDSP-L138(F) board combines an OMAP-L138 DSP + ARM9™ processor from Texas Instruments Incorporated (TI) and an optional Xilinx Spartan 6 FPGA. The MitySOM-1808(F) features TI’s Sitara™ AM1808 ARM9 processor, along with an optional FPGA. In addition to Windows Embedded Compact support, these SoMs offer support for QNX, embedded Linux, and ThreadX. These SoMs are part of Critical Link’s MityDSP and MitySOM families, which offer different combinations of a varied set of TI DSP, TI ARM and Xilinx FPGA processors, supporting a broad range of application processing requirements. They enable developers to bring their applications to market more quickly and cost-effectively than they could with ground-up development efforts. “Adeneo Embedded was the logical – and optimal – choice as a partner for this initiative,” Catalino added.

Vijay Raisinghani is the Chief Operating Officer of Adeneo Embedded Americas. “Critical Link’s approach is to offer application developers a wide range of processing options. With Windows Embedded Compact, they’re adding new interface options, as well,” he said. “Adeneo Embedded’s skills and expertise in Windows Embedded Compact OS complement perfectly Critical Link products, providing an end-to-end solution for OEMs developing complex embedded devices requiring advanced human machine interactions.” Adeneo Embedded will next develop Embedded Compact support for Critical Link’s MitySOM-335x, which is based on TI’s Sitara AM335x ARM Cortex™-A8 processor.

“We are excited to see two of our platinum TI Design Network partners collaborating on this effort,” said Tom Kelly , director, TI Design Network. “Critical Link and Adeneo Embedded each bring unique strengths and expertise to their partnership, which will serve our customers well. We look forward to the release of Windows Embedded Compact support on additional Critical Link SoMs featuring TI’s DSP + ARM9 and ARM processors.”

 

About Critical Link

Syracuse, NY-based Critical Link is an embedded systems engineering firm. It offers a broad range of highly-customizable, small form factor SoMs that provide a complete and flexible CPU infrastructure for highly integrated embedded systems. Critical Link’s end-to-end product engineering offerings include design, development, and production services.

 

About Adeneo Embedded

Adeneo Embedded provides system integration, design, support and training services to companies seeking world-class expertise in embedded solutions using high-performance architectures. Adeneo is Microsoft Windows Embedded Gold Partner and Texas Instruments development partner for distribution, support and maintenance of Windows Embedded Compact BSPs for Texas Instruments ARM processors.

 

About the Texas Instruments Design Network

Critical Link and Adeneo Embedded are platinum members of the TI Design Network, a premier group of independent, well-established companies that offer products and system-level design and manufacturing services complementing TI’s semiconductors to a worldwide customer base to accelerate product innovation and time-to-market. Network members provide product design, hardware and software system integration, turnkey product design, RF and processor system modules, reference platforms, software development, proof-of-concept design, feasibility studies, research, certification compliance, prototyping, manufacturing, and product life cycle management. For more information about the TI Design Network, please visit http://www.ti.com/

Easy-to-Use, Affordable Linux Development Platform for MitySOM-3359

Syracuse, NY and Pittsburgh, PA – August 23, 2012 – Critical Link (https://www.criticallink.com) and Timesys Corporation (http://www.timesys.com), today announced they are partnering to provide developers using the Critical Link MitySOM-3359 System-on-Module (SoM) with an easy-to-use, affordable Linux software development framework that significantly speeds up time-to-market.

Based on the Sitara™ AM3359 ARM® Cortex-A8 processor from Texas Instruments (TI), the MitySOM-3359 is a highly configurable, small form factor SoM that offers support for many peripherals including integrated 3D-graphics. The MitySOM platform is used in a broad range of industrial, instrumentation, medical, commercial, transportation, and agricultural applications, integrated into benchtop, handheld, kiosk or mobile devices.

LinuxLink for MitySOM-3359 enables Critical Link customers to cost effectively develop cutting-edge products with state-of-the-art UIs and 3D graphics while ensuring a short learning curve — even for customers new to the embedded open source Linux community.

“Given all the features of our boards, we have been looking for a strong commercial embedded Linux partner that is well-aligned with our customer base and the markets we target,” said Critical Link Vice President Thomas Catalino. “We are very pleased to partner with Timesys. With Timesys’s LinuxLink offering and expert support team, our customers will be able to successfully design their MitySOM based next generation products.”

A free BSP/SDK for MitySOM-335x reference boards is available at www.timesys.com/register. By registering, users can download an existing Linux BSP/SDK or quickly build a custom version using Timesys’s cloud-based LinuxLink FREE Edition, which includes:

• A wizard-based interface that simplifies the selection of a Linux kernel, software packages and tools,

• Kernel, tool chain and debugger,

• Access to hundreds of open-source software packages, and

• First line of support by Timesys for build/boot issues.

In addition, customers will have the option to easily upgrade to Timesys’s LinuxLink PRO Edition which features a desktop-based development environment, tools for advanced customization and integration, and unmetered, expert support. When needed, customers can further shorten their time-to-market by utilizing the vast expertise of Timesys’s just-in-time professional services.

“Critical Link’s focus on providing high-quality yet cost-effective product development services aligns perfectly with our goal at Timesys of providing the industry’s most easy-to-use and affordable embedded Linux development tools that leverage the capabilities offered by established as well as emerging silicon platforms. We are delighted to add Critical Link to the family of Texas Instruments platforms supported by LinuxLink.” said Maciej Halasz, Director of Product Development at Timesys.

“We are pleased that Timesys continues to expand the availability of its LinuxLink platform across a variety of TI-based processors. The combination of LinuxLink software development tools and Critical Link’s MitySOM AM335x platform will definitely be welcomed in the market. For customers bringing new applications to market based on TI’s Sitara ARM processors, it provides a proven and complete hardware and software solution,” said, Alejandro Erives, brand marketing manager, Sitara, Texas Instruments. “LinuxLink for MitySOM enables advanced customization capabilities with its easy user interface, integrated open-source plug-ins and tested build environment.“

To learn more about this offering, please join us for a brief webinar on September 12, 2012 at 1pm EDT by registering now at http://www.timesys.com/webinar/mitySOM-3359.

 

About Timesys

Timesys is the provider of LinuxLink, an easy to use embedded Linux software development framework and associated professional services that dramatically simplifies and speeds up platform and application development. LinuxLink enables development teams to easily build and maintain embedded applications and devices through regularly updated Linux sources, proven middleware packages, and a scriptable GNU-based build environment. For more information, visit www.timesys.com. Timesys is a platinum member of the TI Design Network.

 

About Critical Link

Critical Link is an innovative electronics product development company that helps its customers develop award winning products in a broad range of industries. Its MityDSP and MitySOM System on Modules consistently demonstrate the ability to reduce product development cost and accelerate time to market. For more information on Critical Link’s SoM family, visit www.criticallink.com. Critical Link is a platinum member of the TI Design Network.

 

About the Texas Instruments Design Network

Timesys and Critical Link are members of the TI Design Network, a premier group of independent, well-established companies that offer products and system-level design and manufacturing services complementing TI’s semiconductors to a worldwide customer base to accelerate product innovation and time-to-market. Network members provide product design, hardware and software system integration, turnkey product design, RF and processor system modules, reference platforms, software development, proof-of-concept design, feasibility studies, research, certification compliance, prototyping, manufacturing, and product life cycle management. For more information about the TI Design Network, please visit www.ti.com/designnetwork.

 

Editors’ Notes

Timesys and the Timesys logo are registered trademarks of Timesys Corporation.

ARM and Cortex are trademarks of ARM Limited.

Linux is a registered trademark of Linus Torvalds in the United States and other countries.

TI is a trademark of Texas Instruments.

All other company and product names mentioned are trademarks and/or registered trademarks of their respective owners.

 

 

 

Critical Link begins shipping Sitara™AM335x ARM® Cortex™-A8-based system on module

MitySOM-3359 now available through Arrow, Mouser Electronics, DigiKey, and Avnet

SYRACUSE, N.Y., May 8, 2012 /PRNewswire/ — Critical Link today announced that the MitySOM-3359, a CPU engine based on the Sitara™ AM335x ARM® Cortex™-A8 processors from Texas Instruments Incorporated (TI), is now available through its channel partners, Mouser Electronics, Digi-Key, and Avnet.

The MitySOM-3359 is a member of Critical Link’s family of highly-configurable, small form factor, embedded system on modules (SOM). The MitySOM-3359 provides a platform for applications that function in, and communicate with, industrial devices, while at the same time, providing rich on-board graphics through the SGX530 graphics accelerator. Target applications for the MitySOM-3359 include industrial automation, medical appliances and equipment, industrial lighting systems, and weighing scales. The MitySOM-3359 is the first module in a series that supports additional AM335x processors.

“We see a great deal of interest from developers looking for the type of support for industrial interfaces, 3D-graphics, memory and on-board power control that this new SOM provides,” said Thomas Catalino, vice president, Critical Link. “Now that it’s available through our channel, more industrial application developers will be able to take advantage of its many capabilities.”

Critical Link also provides a software and hardware development kit, which expands on TI’s AM3359 processor board support package. With the kit, customers also have access to software source code and the design of the base board included in the development kit.

“In today’s highly competitive environment, getting to market quickly is essential,” said Alejandro Erives, product marketing manager, Sitara ARM processors, TI. “By incorporating the most complex elements of central processing unit design into the MitySOM-3359, Critical Link is simplifying the design effort for custom products built around the AM335x processors.”

“With each new SOM that we introduce, we’re giving our customers more platform options and supporting a wider range of applications,” Catalino said. “And, now that our products are available through our channel partners, it provides us with a better opportunity to reach them.”

 

About Critical Link

Critical Link is an electronics product development company providing system on modules and other building blocks, as well as engineering services, to a broad range of industries. Critical Link is a platinum member of the TI Design Network

 

About the Texas Instruments Design Network

The TI Design Network, a premier group of independent, well-established companies that offer products and system-level design and manufacturing services complementing TI’s semiconductors to a worldwide customer base to accelerate product innovation and time-to-market. Network members provide product design, hardware and software system integration, turnkey product design, RF and processor system modules, reference platforms, software development, proof-of-concept design, feasibility studies, research, certification compliance, prototyping, manufacturing, and product life cycle management. For more information about the TI Design Network, please visit http://www.ti.com/designnetwork.

 

Trademarks:

Sitara is a trademark of Texas Instruments. Other product or service names mentioned herein are the trademarks of their respective owners.

 

Critical Link introduces new ARM-based system on module for industrial applications

MitySOM-3359 to feature TI’s AM3359 ARM Cortex-A8 based MPU.

 

Syracuse (November 17, 2011) Critical Link, a Syracuse-based electronics product development company, today announced that its MitySOM and MityDSP families of highly-configurable, small form factor, embedded CPU engines have been extended to include support for Texas Instruments’ AM3359 ARM Cortex-A8 based MPU. The MitySOM-3359 will enable Critical Link to provide a platform for applications that function in and communicate with industrial devices, while at the same time providing rich on-board graphics. Target applications for the MitySOM-3359 include industrial automation, medical appliances and equipment, and weighing scales.

“Our customers have been looking for a system on module with a high-performance processor that offers both strong support for industrial interfaces, and 3D-graphics capability” said Critical Link Vice President Thomas Catalino. “TI’s new AM3359 provides that, and more. When we add in memory and power subsystems, as well as other capabilities, we have a complete and flexible CPU infrastructure that gives industrial application developers a cost-effective jump start on time-to-market.”

The MitySOM-3359 is a small-form factor module that includes NAND FLASH and DDR2 RAM memory subsystems. Critical Link also provides a software development kit, which expands on TI’s AM3359 board support package. Critical Link SDK includes a port of DAS uBoot and Embedded Linux (Angstrom Distribution) to the MitySOM-3359.

“For customers bringing new applications to market, based on TI Sitara™ ARM microprocessors, Critical Link has demonstrated that they can provide a cost- and time-effective alternative to ground-up development efforts,” said Russell Crane, product marketing manager, Sitara ARM microprocessors, TI. “With its new MitySOM-3359, we anticipate that Critical Link will continue its legacy of helping our Sitara ARM microprocessor customers speed up their development cycles without having to make any trade-offs with respect to quality or to the specific custom requirements.”

“Our customers are building complex and sophisticated industrial applications, and each application has its own nuances and requirements,” Catalino said. “To continue to meet those requirements, Critical Link is committed to offering our customers greater platform choice. What began years ago with a single CPU platform, the MityDSP, has grown to include a wide range of SOMs that offer a variety of platform options, with different combinations of DSP, FPGA, and ARM processors.”

The MitySOM-3359 will begin shipping in Q1 2012. Pricing information is available from Critical Link.

 

About Critical Link

Critical Link is an electronics product development company providing off-the-shelf building blocks and services to a broad range of industries, including scientific instrumentation, manufacturing instrumentation, test & measurement, communications, and defense. Critical Link is a member of TI’s Elite Design House Network.

 

 

 

Critical Link Announces New Scientific Cameras

InGaAs camera among extensions to embedded high-performance scientific camera line

Syracuse NY (January 26, 2010) Critical Link, an electronics product development company, today announced the expansion of its MityCCD (TM) scientific camera line. In addition to the back-illuminated sensors that Critical Link cameras have historically employed, MityCCD cameras are now available with front-illuminated, deep depletion, open electrode, and InGaAs sensors. These additions will enable Critical Link’s OEM customers – including high-performance scientific instrumentation, scientific imaging, and industrial inspection application providers – to take advantage of the MityCCD’s benefits: low noise, high value, and full configurability and programmability.

MityCCD cameras were designed with OEM applications in mind, and include the MityDSP (TM) – an embedded, fully-configurable and programmable CPU platform – on-board, removing the need for a cumbersome and costly external host to process application data. MityCCD cameras are available in several housing options. Compact in size, the cameras can be easily embedded within an application, or, in some cases, have the application embedded within them. Key camera components are customizable.

“With our new cameras we’re now covering the full light spectrum, from UV to Infra-red,” said Omar Rahim, Critical Link’s Vice President of product development. “And with our broad range of cameras and options, we’ve now got the application – and price/performance – spectrum covered as well.”

Key technologies utilized in the MityCCD imaging platform include: low noise analog front-end electronics that’s well matched to the target sensors and designed to deliver a very low noise signal; a vacuum chamber and TE cooling for low dark current; and a digital subsystem consisting of a 16-bit ADC, USB and Ethernet communication interfaces, and a high-performance CPU engine. This CPU engine, Critical Link’s MityDSP, enables complex and sophisticated applications to be run directly on the camera.

In addition to the extensions to the MityCCD product line – which use sensors from Hamamatsu, E2V, and Sensors Unlimited – Critical Link also announced the MityCAM, designed for machine vision applications and based on CMOS sensors available from Aptina (formerly Micron). Customers also have the option of integrating other sensors.

 

About Critical Link

Critical Link is an electronics product development company providing products and services to a broad range of industries. Critical Link is located in Syracuse, NY.

 

Comprehensive documentation lets PCB designers create MityDSP-ready carrier boards

Syracuse NY (November 16, 2009) Critical Link, an electronic product development company, today announced the release of the MityDSP Carrier Board Design Guide. The Guide is an instruction manual for PCB designers embedding Critical Link’s MityDSP in their products. The MityDSP is a family of highly-configurable, very small form-factor DSP-plus-FPGA modules optimized for custom data collection and processing, and used in a range of scientific instrumentation, manufacturing instrumentation, test & measurement, communications, and defense applications.

“The advantage of the MityDSP has long been that it has saved our customers the time and costs associated with building a custom CPU engine,” says Critical Link VP Tom Catalino. “And, traditionally, our customers have wanted Critical Link’s engineers to take care of the last-mile customizations required to make the MityDSP their own. Some customers, however, have been looking for a solution that lets them more easily take over that customization process. That solution is the MityDSP Carrier Board Design Guide.”

The Guide provides complete and detailed documentation of the MityDSP, written to enable PCB designers to create carrier boards that take best advantage of the CPU engine. The Guide includes “insider” technical information on the module itself, its connectors, and electrical and mechanical requirements; recommendations for board layouts, capacitance and other areas; and reference schematics and layouts. The Guide is available free of charge to those embedding the MityDSP in their application.

Critical Link client Mezmeriz has built a tiny projector designed to be embedded into mobile devices. This projector is capable of providing close-up, bright, high-quality pictures and video for hours per charge. The company was interested in embedding the MityDSP in their projection evaluation kits targeted at partners and research applications but wanted its own engineers to take care of any customization required.

“There’s a lot of wisdom embedded in the Guide that our engineers can take advantage of,” said Brad Treat, founder and CEO. “When it came to a CPU engine for Mezmeriz’ products, it didn’t make sense for us to build one from scratch. That’s why we turned to the MityDSP. But given the complexities of our products, we would have had to go through a long technical hand-off in order to bring the Critical Link engineers up to speed on them so that they could take care of any application-specific integration. So the MityDSP plus the Guide is the perfect solution for us.”

For Critical Link, the Guide is part of their MityDSP-related offering continuum. On one end of the continuum, Critical Link clients can use the Guide to help them embed the MityDSP on their own. On the other end, Critical Link engineers can take on the task of carrier board design. “There’s also a middle ground,” said Tom Catalino, “In which we can take on design of discrete parts of the board. We want our clients to have full flexibility here with respect to balancing their time to market and cost requirements, and the bench-strength and availability of their technical staff.”

 

About Critical Link

Critical Link is an electronic product development company providing products and services to a broad range of industries. Critical Link is located in Syracuse, NY.

 

About Mezmeriz

Ithaca, New York based Mezmeriz is a designer and manufacturer of Micro-electromechanical System (MEMS) mirrors and mirror modules based on a novel carbon fiber materials platform developed and patented at Cornell University by the company’s founder and CTO, Shahyaan Desai.

Newest member of Critical Link’s DSP platform family selected from field of thousands.

Syracuse NY (December 22, 2008) Critical Link, a Syracuse-based electronics product development company, today announced that the MityDSP-Pro has been chosen for inclusion in EDN’s annual Hot 100 Products. The MityDSP-Pro is the highest-speed, highest-end processing member of the MityDSP platform family. The MityDSP is a highly configurable, very small form-factor processor, optimized for custom data collection and processing in a wide range of instrumentation, scientific, and control applications. The MityDSP-Pro was released in February, 2008.

“We’re delighted to be included in this year’s Hot 100 Products. EDN looks at thousands of new products each year, and we know that having the MityDSP-Pro make it to the final list is truly a competitive distinction,” said Critical Link Vice President Tom Catalino. “We’re proud to be in the company of Analog Devices, Intel, Sun, Texas Instruments and the other industry leaders that also had products cited by EDN.” EDN is a print and online publication providing in-depth news and information on electronics design and strategy.

The EDN recognition is the second major award received by Critical Link in 2008. Earlier in the year, Critical Link was selected as a member of Texas Instrument’s (TI) Elite Design House Network. The Elite Design House Network is a small group of independent companies offering system design, development, prototyping and manufacturing to customers, worldwide.

 

About Critical Link

Syracuse, New York-based Critical Link is an electronics product development company providing off-the-shelf building blocks and services to a broad range of industries, including scientific instrumentation, manufacturing instrumentation, test & measurement, communications, and defense.

One of small group of companies selected for inclusion in new group.

Syracuse NY (November 12, 2008) Critical Link, a Syracuse-based electronics product development company, today announced that the company has been selected as a member of the Texas Instruments (TI) Elite Design House Network, a small group of independent companies offering system design, development, prototyping and manufacturing services to customers worldwide. For more information, please visit: Critical Link-MityDSP TI Elite Design House.

“We are proud to accept TI’s invitation to join this prestigious network,” said Critical Link vice president Tom Catalino. “As a partner of long-standing, we look forward to strengthening our relationship with TI by providing leading-edge digital and analog product design services to our customers.”

Critical Link features TI digital signal processors (DSPs) in its MityDSP® family, a highly-configurable, TI DSP-based, very small form-factor module optimized for custom data collection and processing for a wide range of audio, industrial and video applications. Critical Link is also a member of the TI Developer Network.

“As TI launched the Elite Design House Network, we looked for well-established companies designing with TI’s analog, embedded processor, low-power wireless and logic components, to develop successful application-based solutions for customers, and Critical Link clearly fit the criterion,” said Michael Sharpless, TI Worldwide Business Development Manager, Design House Network. “We also wanted to ensure that our Design House members had compelling technical expertise in applications that are important to our worldwide customers. Critical Link’s design and development experience in audio, instrumentation, scientific and control applications really stood out for us.”

As an Elite Design House Network member, Critical Link will deploy its extensive design and implementation knowledge with TI products to help customers more rapidly and cost-effectively bring innovative electronics products to market.

 

About the Texas Instruments Elite Design House Network

The TI Elite Design House Network is a premier group of independent companies that offer system-level design and product services, including design feasibility, complete system design, hardware/software integration, prototyping and manufacturing across a wide range of product applications such as industrial, audio, medical, video, consumer and more. The Network provides a broad range of hardware and product design services to help worldwide customers accelerate product innovation and time to market.

 

About Critical Link

Syracuse, New York-based Critical Link is an electronics product development company providing off-the-shelf building blocks and services to a broad range of industries, including scientific instrumentation, manufacturing instrumentation, test & measurement, communications, and defense.

 

 

Syracuse, NY – February 23, 2008 – Critical Link, and it’s newly announced MityDSP-Pro have been featured in an article in DSP DesignLine, a CMP Media web site that is part of a family of web sites specializing in embedded system design.

DSP DesignLine, edited by Kenton Williston, focuses specifically on the issues faced by developers of Digital Signal Processing based systems as well as tools and techniques at their disposal.

Critical Link Customizable CPU Platform Collects, Processes and Delivers Data at Processor Speeds up to 1.2 GHz

TI TMS320C6455 DSP Enables Five to Six Times Processing Performance of Original Critical Link CPU Platform

SYRACUSE, N.Y. February 19, 2008–(BUSINESS WIRE)–Critical Link, LLC, a Syracuse, NY-based electronics development consulting firm, today announced a high-speed, high-end processing edition of its customizable CPU platform, the MityDSP®. This latest member of the MityDSP family — the MityDSP-Pro® — collects, processes and delivers data at CPU speeds up to 1.2 GHz. A Texas Instruments Incorporated’s (TI) TMS320C6455 DSP embedded in the MityDSP-Pro enables five to six times the processing power of the original MityDSP platform. The MityDSP-Pro has been designed specifically for the most data and processing-intensive applications, including embedded radar control and signal processing, high data rate real-time data acquisition, image processing, video, and fine-tolerance manufacturing test and control.

The standard MityDSP-Pro tightly integrates the TI C6455 DSP up to 1.2 GHz with a Xilinx XC3S2000 Spartan 3 Field Programmable Gate Array (FPGA), FLASH and DDR2 SDRAM memory subsystems and includes support for four 1x Serial Rapid I/O links. Both the DSP and the FPGA are capable of loading/executing programs and logic images developed by end users. As an option, MityDSP-Pro is also available with the TI TMS320C6454 processor which supports CPU clock speeds up to 1 GHz. In addition, the module is available with a larger FPGA (up to Spartan 4000 series).

“The MityDSP platform is designed to save customers time and money without sacrificing on quality or performance,” said Tom Catalino, Vice President of Critical Link. “Our approach enables a project to begin with 80% of the work complete by making use of an off-the-shelf CPU module coupled with pre-existing interface designs that are quickly combined together in the specific combination required for the custom application, providing a fully customized solution without the cost or schedule of ground-up design.”

The available interfaces – all field-proven – include analog-to-digital, digital-to-analog, Ethernet and GPIO.

Critical Link will demonstrate the MityDSP-Pro in booth #119 at the TI Developer Conference 2008 in Dallas February 26-28.

In a typical implementation, Critical Link engineers work with their customers to create a production-ready I/O interface card to carry and customize the system interfaces driven by the MityDSP-Pro. The cost of the MityDSP-Pro is dependent on volume and the version chosen. In quantities of 100, each MityDSP-Pro standard version module is priced at $1,295. The MityDSP-Pro module is available in production quantities.

 

About the Texas Instruments DSP Third Party Network

Critical Link, LLC is a member of the TI DSP Third Party Network, a worldwide organization of independent companies that offer products and services supporting TI DSPs. TI third parties provide expertise across a variety of applications, including audio, control, telecom, video and imaging and wireless communications. Third party products and services include a broad range of application software, development hardware and software, and consulting services that support original equipment manufacturers’ efforts to bring differentiated products to the market quickly. For more information about the TI DSP Third Party Network, please visit http://www.ti.com/3p.

 

About Critical Link, LLC

Syracuse, New York-based Critical Link is an electronics product development company providing off-the-shelf building blocks and services to a broad range of industries, including scientific instrumentation, manufacturing instrumentation, test & measurement, communications, and defense.

Trademarks:

MityDSP and MityDSP-Pro are registered trademarks of Critical Link, LLC.