We have much experience with Embedded Linux Development Services for Sunshine Coast and embedded software in general. Our team has been working with UNIX and Linux since the early 1990s using primarily Novell, Redhat and Debian. We have also wrote x86-based and embedded-based kernel-space character and block device drivers; along with user-space drivers for various projects; which where mostly proprietary drivers for private companys. Some of the drivers included:
- IO such as Parallel Port, UART, RS232, RS485 (Modbus RTU/ASCII), RS422, i2c, SPI, USB, Ethernet, wireless (801.11g, 433MHz, 918MHz, XBee, etc), CAN, DAC, ADC and DIO.
- Displays such as LCD and seven-segment displays.
- Motor/actuator controllers such as open-loop and closed-loop PWM for DC/AC motors, servos, stepper motors and solenoids.
- Sensors such as analogue/digital cameras, GPS, accelerators, gyros, encoders, temperature, light, IR and Ultrasonic.
The most popular public kernel-space driver we wrote was the "poor mans closed-loop motor controller" called: Parallel Port PWM/Encoder Kernal Space Linux Driver. And our most popular public user-space driver was the USB Missile Launcher Linux Driver.
Our debugging techniques may involve gdb, valgrind, kmemcheck or simply printf, kprintf, and via DIO (e.g. LEDs or seven-segment displays).
We have extensive knowledge of the Linux command line tools (including the cut down version provided by busybox), packages available, and the inner workings of Linux itself. And have worked with numerous embedded Linux architectures such as x86 CISC, MPU ARM RISC (via OMAP, LPC, BeagleBone, Raspberry Pi and Arduino solutions), FPGA and microcontrollers (MCUs) such as STM32F4, MSP430, Atmel, PIC and LPC. Let alone using ti.com Design Tools for buck-boost converters, lowpass/highpass filters, and power management IC (PMIC)
We have been programming for over 20 years in many languages for generally Linux, BSD (e.g. Mac OSX) or Windows. However generally embedded tasks are done in C, C++, python and/or simple shell scripts using vital tools such as awk, sed, grep, telnet, ssh and netcat (among many others).
Electronics is an art our team has been working with since childhood (from building kits from Dicksmith, Tandy, and Jaycar to designing digital electronic keypads). Since then, we have maintained a constant update of knowledge and experience on the topic, since most of our projects involve either building a circuit from scatch, reviewing circuit designs, programming for target microcontrollers, and/or reworking pre-built PCB's for various needs such as bypassing/hacking solutions, or replacing broken components.
Our primary developer Luke Cole has a history as the "go to man" for many colleagues, and is well known to have "a knack for making things work". To learn more about Luke see his LinkedIn page or personal home page.
Information About Sunshine Coast
The Coast begins at Caloundra, just one hour's drive north of Brisbane and extends to Cooloola, the gateway to Fraser Island. It takes in tranquil hinterland including the Glass House Mountains, Blackall Range, Noosa Hinterland and the Mary Valley; as well as more than 100 kilometres of beaches stretching through the coastal towns of Caloundra, Kawana, Mooloolaba, Maroochydore, Coolum Beach, Noosa and Rainbow Beach. It's holiday central for both couples and families.
The Sunshine Coast is the perfect mix of coast and country and the ideal place to relax and unwind.
Sunshine Coast starts just north of Brisbane and continues north along the Queensland coast until the magnificent Cooloola National Park. There are some great places to visit along this section of coastline, and some splendid National Parks which you can enjoy.
Heading north from Brisbane you will reach Caboolture, which is a small dairy town. Caboolture features several pretty lakes and parks, including the Centenary Lakes.
There are a couple of interesting and historic places to visit near here. The Abbey Museum offers various historical artifacts, while the Caboolture Historical Village hosts a number of historic buildings set within a beautiful bushland setting.
Continuing north along the Bruce Highway, you will drive through the spectacular Glass House Mountains. The Glass House Mountains features spectacular landscape scenery, as well as offering a number of fantastic walking trails.
Once you are past the Glass House Mountains, you can turn off of the highway and drive along the pretty coastal road, starting at Caloundra. Caloundra is a pleasant holiday destination, offering a couple of interesting museums, as well as some great beaches. There are some really good fishing spots around here, and if you enjoy windsurfing a good place to go is Bulcock Beach and Pumicestone Passage for various water activities.
Further north past Kawana Waters are the triple towns of Alexandra Headland, Maroochydore and Mooloolaba which make up the Maroochy region. North again, past Coolum Beach is Noosa which is popular amongst surfers.
North of Noosa are 50km of glorious beaches, called the Cooloola Coast. The beaches are backed by the Cooloola National Park (also called the Great Sandy National Park), and there is a small track running all the way through the park from Tewantin to Rainbow Beach. Along the route you will pass Lake Cooroibah and Boreen Point along the way, both offering a small selection of accommodation in perfect, relaxing settings.
Our Clients
Embedded Linux Development Services for Sunshine Coast – Amazing Customer Testimonials
Great prototype product made to our specs with minimal fuss. Delivered on time and within budget. Thanks team.
I used COLETEK for the design and prototyping of a new medical airway device I invented. They were enthusiastic, responsive to my input and I was very satisfied with the product they gave me. I can strongly recommend their services.
Working with COLETEK has been a pleasure. All parts we received are good quality and made exactly to our drawings, turnaround times were quick and never later than stated. Overall a great supplier and would recommend to any others interested in 3D Printing. Thank you!
I'm in the early stages of my prototype design. I have worked with Luke for a couple of years now and in that time I have found Luke to be very reliable, responsible with my design, honest and trustworthy. What stood out the most was Luke's pride and commitment that he undertakes to ensure a positive outcome. I consider it a privilege to call Luke an associate and have no hesitation in encouraging others to do the same.
Salita engaged Luke Cole to troubleshoot issues we were having with a drive motor system with a dynamic variance of torque and speed. After approaching no less than a dozen Australian supplier and engineering firms to provide a solution, and after 12 months of product design and testing, they could not verify why their recommended motors where failing and reversing suddenly. Luke undertook testing and analysis and quickly supplied information on the failures. Not only did Luke uncover a rare, uncommon failure but also provided a solution. The COLETEK team are our go to for the correct solution the first time, for all our electronic needs.
Our first foray into the world of 3D printing brought us to COLETEK. We consider ourselves fortunate to have made this connection. COLETEK were accessible and easy to communicate with. They provided clear feedback and advice regarding the printing process, 3D file formats, resolution options and the likely time and costs involved. They provided prompt, invaluable service at a critical stage of product development, demonstrating a real understanding of our particular needs. The costs of services were totally appropriate and represented real added value to our final product. Thank you Luke and the team, we look forward to further opportunities to engage COLETEK.
Founded in 2001, we are a multiple award winning, highly experienced multidisciplinary company specialising in lean product development through rapid prototyping - transforming ideas from concept to life. Our industry-leading team combines deep expertise, cutting-edge technology, and advanced equipment to validate emerging ideas—transforming them into market-ready hardware and software solutions.
Our experience dates back to the 1990s with ANU "Robotics Systems Lab", CSIRO, NICTA (aka Data61), Seeing Machines, Location Aware Technologies, and Hemisphere GPS (aka BEELINE). For over 10 years now, we've been focused on validating R&D and taking ideas to commercialisation.
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