"Amazing news. You did it again. Silicon Catalyst simply makes it happen!"

-Philippe Babin, CEO, Aeponyx

 

"It would be in your company’s best interest to conclude a deal with Silicon Catalyst. I have found my relationship with Silicon Catalyst to be extremely helpful."

-Lou Scalzo, Founder and CEO, ACP Power

Our Vision is to produce network connected smart energy power management products that enable power savings in LED Lighting

ACP's chipsets for LED lighting enable municipalities to drastically reduce power consumption while supporting smart city connectivity in the Internet of Things (IoT)

ACP will produce unique application specific standard products (ASSP), which provide the highest level of integration, performance, efficiency, and control at a fraction of the cost of a discrete system. 

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Zeno Semiconductor, Inc. develops and licenses novel memory and logic technologies, which provide innovative paths to scaling semiconductor devices. The memory and logic technologies are manufacturable on mainstream CMOS and FinFET fabrication processes, with no new materials or equipments, with no changes to any of the existing libraries and IPs. Zeno currently has been awarded more than 50 patents. 

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Chaos Prime provides the connectivity platform for enabling connected products and connected business processes an Internet of Things (IoT) network through its innovative, highly reliable, ultra-secure and scalable purpose-built IoT system.

The Problem

Current industrial, enterprise and personal networks were not designed for handling the connection of millions or even billions of devices transmitting small bytes of data on an automated basis. Analysts estimate that IoT market will exceed $11 billion on top end with over 50 billion devices connected to IoT networks over the five years. These numbers and the rapid growth are tremendous, but, already there’s evidence of this trend with the advent of 'smart everything' being developed.

Enterprises, governments, and individuals will be challenged with how to scale billions of devices to primarily low cost, battery-powered devices layered on top of already crowded Internet infrastructure securely. It's this integration of billions of low bit rate data, from low-powered devices, sent autonomously over a secured connection that's creating the great challenge for the remaining parts of this decade that's overwhelming markets and industries.

Current technologies, protocols, standards don't fit the bill. Existing players are scrambling to retrofit their technologies to meet these criteria with little effect. While the normal alliances and associations have kicked-off their typical decade long debates on standards and protocols discussion there's an insatiable demand for this new application. The IoT market will not be dominated by any single entity, but, instead only a co-mingling of ecosystems targeted in individuals markets and applications is the only solution for such a vast demand.

The Solution

Chaos Prime introduces a highly reliable, scalable and ultra-secure connectivity platform for IoT products and business processes. Our patented, innovative system provides a feature rich connectivity platform for the network bridging the connection between connected products and business processes. No other system on the market offers the reliability, scale and security of the Chaos Prime market-leading solution as validated by numerous pundits and wireless technology experts and company officials.

Our seamless design and integration into higher bandwidth wireless signals allows for substantially increased reliability and low interference from other RF signals to ensure the connected products and processes are communicating reliably. In addition, buried below the higher bandwidth signal, the Chaos Prime signals go nearly unnoticed by would-be hackers.

In addition, in terms of deployment and usage with Wi-Fi systems, we co-exist with Wi-Fi signal to enable a unique multi-user CSMA approach that provides 8x-10x increase in capacity for IoT messages. We embed our core technology into a normal Wi-Fi box providing a dedicated IoT channel to make ease of use, deployment and maintenance for enterprises.

Now Enterprises can get their Wi-Fi and IoT in the same box. Now CIO's no longer have to worry about adding and maintaining additional equipment to their network. We eliminate the hassles of learning and managing new protocols, base stations, and technologies. We all get and understand Wi-Fi. In fact, Enterprises can use same existing vendors/suppliers for Wi-Fi, but now with embedded Chaos Prime. This substantially reduces installation and maintenance costs going forward. Devices, products and system processes self-identify and connect to the network.

Our solution allows Enterprises to manage their quality, reliability and deployment free of third-party providers that want to manage the network and connectivity and charge exorbitant fees for their equipment and services.

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AEPONYX is a fabless micro optical switch semiconductor start-up designing and marketing chips for fiber optic access to the cloud.

With its patented and patent pending technologies, combining planar Micro-Electro-Mechanical-Systems (MEMS) and Silicon Photonics, AEPONYX is building the fastest, most affordable and smallest micro optical switches for use in disaggregated switching systems and enabling tunability in both transmission and reception in pluggable transceivers.

The ever-increasing demand for network connectivity, fueled by mobile devices, video content, cloud applications, Internet of things and social networks, is the source of ever increasing power consumption issues for telecom service providers and data center operators.

This creates opportunities for optical circuit switching and a new generation of tunable transceivers, increasing the capacity on both ends of the optical fiber while lowering power consumption.

By combining Silicon Photonics with MEMS, AEPONYX is creating a unique platform that can support the next generation of optical communications.

AEPONYX’s micro optical switches are 100x faster, 10x cheaper and 10x smaller than the 3D MEMS used in commercial products within data centers and by telecom service providers.

Their speed and cost point open the door to several new applications for equipment manufacturers within fiber optic access networks, mobile networks, data centers and high performance computing.

Moreover, since optical switching can significantly reduce both power consumption as well as latency, equipment manufacturers, telecom and data center network operators have the opportunity to use optical switching to not only reduce their environmental footprint, but also to improve their services differentiation.

AEPONYX will be the market leader in MEMS-based Silicon Photonics.

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GMK is a fabless semiconductor startup company that provides analog and digital mixed IC and related software platform. Based on a proprietary patent portfolio, GMK is creating single-wire connectivity markets starting with smartphones and smart accessories, to IoT and wearables, on through to automotive and smart factory. Company Website

GMK is a fabless semiconductor startup company that provides analog and digital mixed IC and related software platform. Based on a proprietary patent portfolio, GMK is creating single-wire connectivity markets starting with smartphones and smart accessories, to IoT and wearables, on through to automotive and smart factory.

Company Website

Matrix Industries is developing silicon thermoelectrics that enable substantially increased battery longevity for wearable electronics. By using body heat, Matrix Industries technology can help power an entire spectrum of wearable devices ranging from smart watches, fitness monitors and consumer health monitors, to wearable medical diagnostics and implantable medical devices. Matrix Industries leverages technology created at Caltech and the University of Michigan, utilizing a "fab-less" approach for high performance thermoelectrics using off the shelf silicon wafers. Company Website

Matrix Industries is developing silicon thermoelectrics that enable substantially increased battery longevity for wearable electronics. By using body heat, Matrix Industries technology can help power an entire spectrum of wearable devices ranging from smart watches, fitness monitors and consumer health monitors, to wearable medical diagnostics and implantable medical devices. Matrix Industries leverages technology created at Caltech and the University of Michigan, utilizing a "fab-less" approach for high performance thermoelectrics using off the shelf silicon wafers.

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Probius Diagnostics is developing an application-agnostic, embedded point-of-care (PoC) diagnostic.  The agnostic, broad-spectrum nature of our solution makes it reconfigurable for assays of proteins without the need for specific probe or label.  This is unprecedented and very compelling for a wide range of PoC applications, such as rapid screening in urgent care settings, clinical trials for pharmaceutical research, ambulatory endocrine response monitoring in chronic diseases and  personalized therapeutics, as well as in-field diagnostics for biothreats and food/water quality monitoring.    

Probius Diagnostics is developing an application-agnostic, embedded point-of-care (PoC) diagnostic.

 The agnostic, broad-spectrum nature of our solution makes it reconfigurable for assays of proteins without the need for specific probe or label.  This is unprecedented and very compelling for a wide range of PoC applications, such as rapid screening in urgent care settings, clinical trials for pharmaceutical research, ambulatory endocrine response monitoring in chronic diseases and  personalized therapeutics, as well as in-field diagnostics for biothreats and food/water quality monitoring.

 

 

Our Vision

We are a Singapore-based company established to provide world-class compelling and affordable solutions to improve connectivity and quality of life for everyone. 

Our Mission

Gigabits wireless connectivity to allow better and timely services everywhere, for everyone.

Research and Development

Collaborating with distinguished Singapore Government Research Agency A*STAR, we have the accessibility to Singapore vibrant research talents and wide range of Intellectual Properties and Patents Portfolio.

Design and Implementation

Experienced in wireless communications protocol and standardization. We have the competencies from system design and simulations to ASIC realization.

Customization of Solution

We work closely with Industry Partners to deliver customized solutions for their products and customers' requirement.

Company Website

 

Ayar Labs helps companies keep up with skyrocketing volumes of data by miniaturizing fiber optic transceivers and making them in silicon chips, bringing the super-high bandwidths and low energy use of fiber optics inside computers. Company Website

Ayar Labs helps companies keep up with skyrocketing volumes of data by miniaturizing fiber optic transceivers and making them in silicon chips, bringing the super-high bandwidths and low energy use of fiber optics inside computers.

Company Website

One Silicon Chip Photonics’ (OSCP’s) mission is to produce simple, light, low-cost, low-power, high-performance Micro-Opto-Electro-Mechanical Systems (MOEMS) components and integrate them on Silicon-On-Insulator (SOI) substrates to create sensors for different applications, in particular motion sensors to measure acceleration or rotation of an object. Company Website

One Silicon Chip Photonics’ (OSCP’s) mission is to produce simple, light, low-cost, low-power, high-performance Micro-Opto-Electro-Mechanical Systems (MOEMS) components and integrate them on Silicon-On-Insulator (SOI) substrates to create sensors for different applications, in particular motion sensors to measure acceleration or rotation of an object.

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SPARK is the enabling wireless technology of the future. Its efficiency, agility and robustness allow it to address a large number of markets, many of which are ill-served by current wireless technologies. The SPARK Radio is a wireless transceiver that is more effective than any existing technology, increasing the energy efficiency of wireless communication and enhancing battery life.  This is made possible by a unique architecture that provides an order of magnitude better energy efficiency than the state-of-the-art, and this improvement is achieved through key circuit and system level innovations. Our goal is to significantly extend the limited battery life of electronics that require short-range wireless communications, as well as to increase the robustness and agility of their wireless links. Company Website

SPARK is the enabling wireless technology of the future. Its efficiency, agility and robustness allow it to address a large number of markets, many of which are ill-served by current wireless technologies. The SPARK Radio is a wireless transceiver that is more effective than any existing technology, increasing the energy efficiency of wireless communication and enhancing battery life.  This is made possible by a unique architecture that provides an order of magnitude better energy efficiency than the state-of-the-art, and this improvement is achieved through key circuit and system level innovations. Our goal is to significantly extend the limited battery life of electronics that require short-range wireless communications, as well as to increase the robustness and agility of their wireless links.

Company Website

Active Layer Parametrics (ALP Inc.) has developed a system to rapidly and accurately measure mobility and activated carrier concentration profiles with Angstrom-level resolution for the semiconductor manufacturing industry. These profiles detail the depth of electrical activation due to implant-anneal recipes. We're the only system in the world that is capable of doing these measurements on a routine basis. The goal of the company is: Improve Yield by Quick Feedback: Instead having to wait for weeks to get devices made, we could do that in a matter of minutes. Improve Device performance: By tracking process changes to electronic impact - we currently do this 'matrix-analysis'.

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