How can OEMs pace up the design course of with out sacrificing product high quality?

Manufacturing and design groups within the know-how area are all the time in search of new and modern methods to cut back the usually advanced design technique of the merchandise they provide. For authentic tools producers (OEMs) within the wireless-connectivity trade, design limitations corresponding to price, time, and course of iteration are simply a few of the challenges they’re combating in opposition to to facilitate a sooner time-to-market. 

New opponents getting into the sector frequently implies that OEMs are underneath rising strain to ship extra inside considerably shorter timeframes, forcing a shorter and faster design course of. Alongside this, the design course of for next-generation Bluetooth low vitality (Bluetooth LE) – enabled units is getting extra advanced, with clients demanding extra built-in options, capabilities, and safety from the units they buy than ever earlier than. Whereas these overwhelming pressures have led some OEMs to make use of a from-scratch chip-down engineering technique for complete initiatives, that is typically too sluggish, too expensive, and too dangerous for a lot of. 

So, how can OEMs handle the limitations which can be at present stopping them from scaling their Bluetooth LE design to mass manufacturing?

A wi-fi modules and modems technique

To forestall the necessity for engineering groups to design the wi-fi connectivity elements of the units they provide from scratch themselves, some are selecting to outsource this component to exterior distributors. 

By doing so, the pre-designed, pre-certified modules and modems that suppliers present eradicate the necessity to do the advanced engineering round embedded wi-fi {hardware} format, software program integration, antenna choice, placement, and extra. This could reduce weeks and even months off typical design timelines, whereas additionally decreasing threat and enhancing system efficiency. 

The System-on-Module (SOM) strategy

In the identical means that implementing wi-fi modules and modems means engineers don’t must design system connectivity from scratch, a SOM technique simplifies engineering by offering engineers with a pre-designed, pre-certified resolution that integrates the wi-fi module, the system’s essential processor, high-speed RAM, dependable flash reminiscence, and energy administration on the identical board. 

Leveraging a SOM design technique on this means implies that product design timelines will be drastically lowered past the efficiencies of the module technique strategy. By utilising the SOM technique, design groups have the power to shortly add performance to merchandise whereas additionally delivering an elevated degree of safety.

Laird Connectivity has not too long ago partnered with Silicon Labs, offering added worth {hardware}, software program, and assist capabilities for Silicon’s next-generation Bluetooth LE-enabled units. 

Through the use of the SOM design technique, different OEMs can profit additionally from:

  • Sooner improvement by a single, built-in board
  • Superior safety that doesn’t must be constructed in-house
  • Useful resource partitioning and virtualisation for safety
  • Diminished {hardware} design-in processes
  • Elevated flexibility and selection throughout the software program improvement atmosphere
  • Restricted certification threat and prices
  • World entry to integration assist

Collectively, these advantages result in a big discount in total product improvement prices, design dangers, and essentially sooner improvement timelines for OEM’s next-generation Bluetooth LE-enabled merchandise. 

Signal-up for the webinar with Laird Connectivity and Silicon Labs on Wednesday, September seventh 2022 at 10:00 PM GMT, to find extra in regards to the SOM strategy and the way it’s supporting OEMs. 

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