Located in San Diego CA, Boston MA and Guadalajara Mexico, A2e Technologies is an Electronic Design Services (EDS) firm providing custom embedded design and product development services to Industry and Government.
With a highly experienced senior staff and significant breadth of skills, A2e Technologies provides everything you need for all your custom technology development needs.
From designing portions of a project in conjunction with your engineering teams to complete turn-key projects and specialty niche design services, A2e Technologies has the ability to provide the right solutions to meet your unique requirements.
Beyond our embedded design services, we also provide Industrial and Mechanical Design services via two strategic partners.
This means that under one roof, we provide a proven team that can develop your complete product and get you to market with the features and style required to make you successful.
A2e Technologies provides everything you need to get to market quickly with designs that deliver!
With a proven team
Proven engineers, project management and systems. A2e Technologies strict and proven project and program management processes differentiate our capabilities from those of lessor firms. The ability to tightly manage and communicate with staff, vendors and customers is a requirement for today's complex and fast moving development efforts. A2e Technologies proven management methodologies and systems along with our detailed reporting standards provide for communication and coordination between all parties. We eliminate surprises and make sure all team members are constantly aware of any changing schedules and/or budgets.
With profitable designs
Products are designed to reduce cost of manufacturing. We further differentiate ourselves with our ability to design for manufacture. We understand the design requirements to assure reduced cost of product manufacturing and test. We develop the best solution for your unique requirements, not what's easiest for us to implement.
With reliable long life designs
Products are designed to increase their manufacturing life and reliability. We ensure that component choices and technologies are those that at least match the expected life span of your product. We do not design in obsolescence as other firms do. We make design choices that are best for you, not what is easiest for us. We then worst case test everything to assure your product is reliable and will function properly in all environments it is designed for.
With international potential
Products can be designed to meet any international market certification requirements. We have the ability to design for many international markets. Our designs will pass all testing and certifications required which enables you to sell around the world.
With our investment in tools
Leverage our large investment in tools and equipment. We make ongoing large investments in advanced tools and equipment to make sure we design the best solutions and can test/verify any design we do for you.
With U.S. legal protections
We are a U.S. based company answerable to U.S. laws. Did you know your IP faces many risks if you outsource to a foreign company? A2e Technologies is a U.S. corporation answerable to U.S. laws. We protect your IP and are subject to strict laws that assure the same. Click here for an eye opening foreign outsourcing horror story by InfoWorld: Horror Story!
With patent protection
We have generated many patents for our Clients. It takes a creative design team to consistently generate patentable designs for clients. Below is a list of the patents we have created.
Large scale LED display system
A system distributes data in a robust manner to a large scale LED display formed of a number of display panels. The system includes a plurality of data hubs wherein each display panel is connected to at least two data hubs to receive redundant pixel data for each pixel of the panel. Each data hub is further connected to at least two panels of the display to provide pixel data for each pixel of the panels to which the data hub is connected.
Multi-level triggering circuit
Circuitry includes a comparator to compare an input analog signal to a threshold and to output a signal that is based on the comparison; a first circuit path to receive the signal and to detect a characteristic of the signal, where the first circuit path is configured to support triggering at a first frequency; a second circuit path to receive the signal and to detect the characteristic of the signal, where the second circuit path is configured to support triggering at a second frequency that is lower than the first frequency; and a selector to select an output of the first circuit path or an output of the second circuit path.
Connecting digital storage oscilloscopes
An apparatus includes a first oscilloscope having multiple channels, and a second oscilloscope having multiple channels. The first oscilloscope is configured to operate as a master or as a slave. The first oscilloscope operates as the master by using a first trigger signal and a first clock signal that are native to the first oscilloscope, and the first oscilloscope operates as the slave by using a second trigger signal and a second clock signal that are native to the second oscilloscope. The second oscilloscope is configured to operate as the master or as the slave. The second oscilloscope operates as the master by using the second trigger signal and the second clock signal, and the second oscilloscope operates as the slave by using the first trigger signal and the first clock signal.
Driving an electronic instrument
A geometric toy having a two or more axes originating from the center of the toy. The geometric toy includes cubelets. A predetermined number of the cubelets are rotatable about the axes. Display screens are connected to the cubelets and allow for the display of preprogrammed images. At least one microprocessor is in communication with the display screens to control the display of images on the display screens. A connection means allows for the rotation of the cubelets about the axes while still maintaining communication between the microprocessor and the display screens to provide for the continual display of images on the display screen.Patent: 8531176
Driving an electronic instrument
Circuitry includes a pre-amplifier having a differential output, where the differential output corresponds to a common mode voltage; a multiplexer including sets of transistors, each of which has a control input; a comparator including input terminals, a first terminal of the input terminals to receive a signal that is based on an output of the multiplexer, and a second terminal of the input terminals to receive a threshold voltage; a compensation circuit to produce a divided voltage that varies in accordance with variations in the common mode voltage; and an amplifier to receive a predefined voltage and to use the divided voltage to affect the predefined voltage to produce the threshold voltage for the comparator. Signals in the differential output of the pre-amplifier are applicable to corresponding control inputs in the sets of transistors.
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