ELECTRONICS
Many of the devices we've designed are powered by rechargeable batteries, although some are powered directly from the wall or through other wired power supplies. Updating older designs has become a growing trend in recent projects, especially amid the global shortage of many components used in thousands of devices.
With experience in various electronics design projects, ranging from tiny simple devices to complex multi-processor systems and more, we offer Design service expertise in low power consumption, power optimization, and battery-operated devices as well as wired devices for industrial, medical, and automotive systems.
Offering Overview
The basis of every electronic device is some type of controller to process data and power management to supply power to various circuits inside the device. This is called electronics, or more specifically, baseband electronics design. We can create a suitable baseband electronics design for each customer's needs.
With experience in various electronics design projects, ranging from tiny simple devices to complex multi-processor systems and more, we offer expertise in low power consumption, power optimization, and battery-operated devices as well as wired devices for industrial, medical, and automotive systems.
Where is this offering applied?
Sasken offers design services primarily needed for developing new products, concepts, or development platforms in baseband electronics. Additionally, we can provide electronics design as part of larger projects, encompassing other areas of Sasken design services (e.g., RF design, antenna design, layout design, mechanics).
Our customers operate across the semiconductor, automotive, industrial, consumer electronics, enterprise devices, satellite communications, telecom, and transportation domains.
Addressing customer needs
Frequently asked questions from our customers revolve around inquiries such as, "Can you design a device with low power consumption?" or "Can you engineer a battery-powered gadget capable of sustaining operation for five consecutive days?" Additionally, we often receive requests like, "We have a concept for a wireless product—can you bring it to life?"
In response to these queries and more, our team typically initiates preliminary investigation studies to determine feasibility. Following this, we estimate the necessary duration and resources for the envisioned design.
A closer look at Sasken offerings
We can create customized baseband electronics designs to meet every customer's needs. We have vast experience in various electronics design projects, ranging from tiny, simple devices to complex multi-processor systems and more. Additionally, we are proficient in creating concept designs or transforming concepts into mass-production-ready devices. In most of our design cases, we incorporate some form of wireless communication.
However, we have also undertaken projects involving industrial ATEX designs, automotive and IoT devices, and satellite terminals. Low power consumption and battery-operated devices are areas of expertise for us, but our proficiency extends beyond that to wired devices for industrial, medical, and automotive systems.
Laboratories and testing facilities
We have our offices in Kaustinen for design and circuit simulation work, as well as our own laboratories for testing and verifying our designs. These office and laboratory facilities have been developed over time to support the ongoing R&D work our company has been conducting for years.
Our laboratories are equipped with everything needed for the verification of electronic devices. With our equipment, we can make measurements to ensure that our designs perform according to specifications, or we can conduct verification measurements on customers' own designs to provide them with feedback on how their design is functioning.
Tools and technologies utilized
Tools and Technologies Utilized: To aid our design work and verification, we are utilizing various measuring devices, such as the latest real-time oscilloscopes with active high-frequency capable probes, automated test setups, frequency generators, frequency counters, and power supplies.
Case Study
Multiple generations of hand-held satellite phones
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