Viker Labs is an independent consulting facility specializing in microelectronic design and prototyping. Whether the project is simple or complex, Viker Labs has the ability and expertise to handle the entire development cycle of an electronic design. Viker Labs is capable of developing an entire project or we can perform specific tasks in the development cycle. Viker Labs provides outsourced engineering services to get your product to market faster.

Viker Labs is now a Certified AVR Consultant. With years of experience in AVR Microcontroller design and programming, Viker Labs has the capability to develop almost any microcontroller based application. Viker Labs designs primarily for Atmel processors due to their impressive speed and I/O versus price performance.

Specification
Research
Design
Schematics
PCB Layout
Prototype Printed Circuit Board
Prototype Development
Testing
Preparation for Production

LED Lighting
Finite State Machines
Fluorescent Ballasts
Synthesizers
DTMF decoders and Controllers
Music Effects Modules
Atmel Microcontroller Devices
Battery Backup Systems
Test Equipment
Computer Interface Convertors
Power Supplies

Dacques Viker has been developing Finite State Machines for over 20 years. With the experience of developing dozens of FSMs, Dacques has evolved the process from specification to implementation. Dacques spcializes in rapid FSM development using the Atmel microcontrollers using automata-based programming.

What is a Finite State Machine?

A finite state machine (FSM) or finite state automaton (plural: automata) or simply a state machine, is a model of behavior composed of a finite number of states, transitions between those states, and actions. A finite state machine is an abstract model of a machine with a primitive internal memory.

The DSIX (D6) interface that is used for controlling the amount of light in LED lights. This is a standard developed by Viker Labs and it is used in a variety of LED lighting systems. D6 is a simple two-wire interface to allow for standardized and universal control of lighting systems. D6 uses a single master device that controls many devices.