DSP, Micros & Memory


Lenslet Labs announces new optics-based DSP technology

27 February 2002 DSP, Micros & Memory

Lenslet Labs, an Israeli company, has unveiled the world's first commercial optics-based digital signal processing technology, following a successful technology demonstration.

Lenslet’s optical digital signal processing engine converts electrical signals to optical signals (forward conversion)and the reverse (back conversion). Forward conversion (the sources array) can operate at a speed of 1 giga vectors per second while the ‘Back conversion (using photo detector array) can operate at even higher speeds
Lenslet’s optical digital signal processing engine converts electrical signals to optical signals (forward conversion)and the reverse (back conversion). Forward conversion (the sources array) can operate at a speed of 1 giga vectors per second while the ‘Back conversion (using photo detector array) can operate at even higher speeds

This technology boosts the performance of digital signal processing in a single component, setting new performance levels of Tera operations per second. The technology is based on a proprietary optical core that takes multiple electronic digital inputs, converts them into optical signals (photons), performs the desired computation at light speed in the optical core, and then converts the optical output signals back into digital electronic form. The company has taken advantage of new optical components that have appeared on the market in recent years, as well as breakthrough proprietary signal conditioning algorithms.

Lenslet's Optical Digital Signal Processing Engine (ODSPE) reaches Tera (1012) Operations Per Second (TOPS) and, according to the company, has the potential of reaching hundreds of TOPS in the foreseeable future, surpassing current DSP speeds that are measured in hundreds and thousands of Mega (106) Operations Per Second (MOPS).

The proprietory optical core achieves a performance equivalent to 8 Tera MAC operations per second, with a performance of hundreds of TOPs expected in the forseeable future
The proprietory optical core achieves a performance equivalent to 8 Tera MAC operations per second, with a performance of hundreds of TOPs expected in the forseeable future

Unlike traditional DSPs, the ODSPE uses mathematical transforms rather than instructions as its basic atomic operations. This greatly accelerates software development time by mapping computation-intensive algorithms onto the ODSPE at a conceptually higher level of abstraction. Lenslet's ODSPE is re-configurable and can be dynamically tailored to the required transform type. Lenslet says it provides on-the-fly programmability, flexibility and upgradeability.

"Lenslet has been successful in leveraging optical technologies originally developed for optical transmission and switching, and applying them to optical computing using a unique algorithmic approach," said Aviram Sariel, Founder and CEO of Lenslet Labs.

"It is a very rare occasion when I can say that a company has a breakthrough technology, but Lenslet appears to have just that," said Will Strauss, President of Forward Concepts, a market research firm that specialises in DSP technology.

Lenslet Labs is headquartered in Ramat Gan, Israel, and employs over 40 professionals, most of them scientists and engineers with advanced degrees.

For further information contact Ron Levy, Lenslet Labs, (0972) 3 753 8410, [email protected]





Share this article:
Share via emailShare via LinkedInPrint this page

Further reading:

MCU for low-power, IoT applications
NuVision Electronics DSP, Micros & Memory
Silicon Labs recently announced the PG26, a general-purpose microcontroller with a dedicated matrix vector processor to enhance AI/ML hardware accelerator speeds.

Read more...
EEPROMs for industrial and military markets
Vepac Electronics DSP, Micros & Memory
Designed to ensure the data retention and the secure and safe boot of digital systems, the memory product line includes small and medium density EEPROMs from 16 kb to 1 Mb.

Read more...
PLCnext – Open, IIoT-ready industrial platform
IOT Electronics DSP, Micros & Memory
PLCnext can be used alongside an existing PLC system, collecting control system data via EtherNet/IP, PROFINET, or MODBUS, and can push this information to a cloud instance.

Read more...
ICs vs modules: Understanding the technical trade-offs for IoT applications
NuVision Electronics Editor's Choice DSP, Micros & Memory
As the IoT continues to transform industries, design decisions around wireless connectivity components become increasingly complex with engineers often facing the dilemma of choosing between ICs and wireless modules for their IoT applications.

Read more...
Hardware quantum resistance to embedded controllers
Avnet Silica DSP, Micros & Memory
To help system architects meet evolving security demands, Microchip Technology has developed its MEC175xB embedded controllers with embedded immutable post-quantum cryptography support.

Read more...
High-performance processor for edge-AI
Altron Arrow DSP, Micros & Memory
The STM32MP23 microprocessor from STMicroelectronics is the latest addition to the STM32MP2 series, designed to meet the demands of industrial, IoT, and edge AI applications.

Read more...
PolarFire SoC FPGAs achieve AEC-Q100 qualification
ASIC Design Services DSP, Micros & Memory
Microchip Technology’s PolarFire SoC FPGAs have earned the Automotive Electronics Council AEC-Q100 qualification.

Read more...
Integrated STM32WBA6 wireless microcontrollers
Altron Arrow DSP, Micros & Memory
Cost-efficient and highly integrated embedded controllers for emerging 2,4 GHz wireless applications in smart home, health, factory, and agriculture.

Read more...
Ultra-low-power MCU with FPU Arm Cortex-M33
Altron Arrow DSP, Micros & Memory
STMicroelectronics has expanded its STM32 ultra-low-power family with the launch of the STM32U3 for cost-sensitive applications in industrial, medical, and consumer electronics devices.

Read more...
Low-jitter oscillators
DSP, Micros & Memory
The JOH21, JOE21 and JOD21 low-jitter oscillators with differential output are designed for applications that require accurate timing and precise synchronisation.

Read more...