OEMs in nearly every industry are becoming software-driven. But while software can provide differentiation, inefficiencies in internal development teams can throttle product innovation and lengthen time to market. These inefficiencies are often based on a growing array of one-off design decisions, each leading to different hardware and software technology choices that need to be managed and supported by some of the company’s most valuable development resources. OEMs need their software development organizations to quickly and cost effectively improve their competitive position through new product introductions (NPIs) and by adding in-demand features and capabilities to existing product lines. One solution is the migration to a standard, scalable platform based on a single processor architecture and commercial operating system (OS). With a standard platform architecture for all products, OEMs can take advantage of proven methods to accelerate product innovation and time to market, make better use of limited developer resources, and reduce development inefficiencies and costs.
Home
»
Dev Tools and OS
»
Accelerate Innovation: How Adopting a Scalable Platform Architecture Can Speed Product Development
×
Ready to download this white paper?
Your download is ready!
Error - something went wrong!
We also recommend:
SEGGER's Complete J-Link Software Now Available for Linux on ARM
SEGGER’s entire portfolio of J-Link software is now available for Linux on ARM, for both 32-bit and 64-bit platforms.
Solution Brief – AI Machine Vision Automated Manufacturing Inspection
ADLINK and LEDA Technology Create AI-enabled Contact Lens Inspection Solution
IAR Systems Enables Linux-Based Continuous Integration and Automated Workflows for RISC-V
IAR Build Tools for Linux enable organizations to improve integrations, gain code quality control and streamline automated workflows.
RTS Hypervisor Offers Full Support for TenAsys' INtime RTOS
TenAsys teamed up with Real-Time Systems GmbH (RTS) for hypervisor technology. This strategic partnership results in a PC-based software platform.
Using Linux in Medical Devices
Linux continues to be the leading choice for embedded device operating systems but the decision to choose Linux for use in a medical device setting includes the additional considerations of patient...
Edge Computing is Here. What's Next?
Edge computing has not fully evolved from theoretical and experimental to being deployed at scale. In this paper, we discuss how leveraging separation kernel hypervisors can enable the secure and...
Secure Embedded Systems: A Developer's Journey
The developer’s journey toward a secure system starts right at the very beginning of the product development, well before one line of code is written. Security must become part of the developer’s...
Important Design Considerations for Electronic Devices - Part 4: Data Security
How can you protect your data? Part 4 of Nuvation Engineering's article series discusses the many threats your device can be vulnerable to, and how to implement proper preventative measures in the...
15 Ways to Maximise the Value of Unit Tests in Safety Critical Projects
See how a commercial unit testing tool can make the most of your effort in testing safety-critical software. Download our whitepaper to learn more.
Arrange and Evaluate Wiring Harness Diagrams with PREEvision Auto-Layout
PREEvision 9.5.4 from Vector allows wiring harness designers and architects to get views on the data they are working on with an intelligent auto-layout algorithm.
MicroEJ Supports QNX Neutrino Realtime Operating System (RTOS) to Accelerate Development of Mission-Critical Devices
With reliability as a key influence on both partners, this collaboration allows for mission-critical device manufacturers with first-class safety, reduced R&D costs, and faster time to production.
How DevOps Can Accelerate Software Development Process
DevOps is a fast-paced software delivery approach that supports the process of agile software development methodology. It improves the collaboration between the Dev and Ops team.
Embedded Toolbox: Create a Secure Boot Manager on Arm TrustZone in Less Than 10 Minutes
Tune in as IAR Systems’ Global FAE Manager Shawn Prestridge shows how to spin up a secure boot manager on an NXP LPC5500 series development board with Arm TrustZone in less than 10 minutes.
RTI Introduces Enhanced ROS 2 Support to Accelerate Development of Scalable Robotics Systems
Application Developers Can Now Leverage Connext DDS Scalability and Productivity Tools With the ROS 2 Ecosystem.
Validation at Any Location. 3 Musts for Uninterrupted Testing
Prepare for a new and different way of testing. In this paper, we’ll explore some top tips for setting up labs and infrastructure—not just to address 2020’s immediate concerns, but to make...
Potential Design Cost Savings from Using AI Tools for SoC Designs Ranges from 20% to 30%, says Semico Research
A new report from Semico Research, New Directions in the EDA Market: Designing with AI Tools (SC109-20) projects the initial potential cost savings from using such tools for SoC designs.
Percepio Releases Tracealyzer Visual Trace Diagnostics Solution Version 4.4 with Support for Embedded Linux
Percepio launched Tracealyzer 4.4 with support for embedded Linux, enabling developers to speed debugging with improved visual trace diagnostics.
NVIDIA Extends Lead on MLPerf Benchmark with A100
NVIDIA Extends Lead on MLPerf Benchmark with A100 Delivering up to 237x Faster AI Inference Than CPUs, Enabling Businesses to Move AI from Research to Production
Nokia Announces Analytics-Based Thermal Detection Solution
The technology uses an open architecture and has a suite of analytics with a set of automation workflows and rules to adapt the solution to each enterprise’s needs.
STMicroelectronics Announces GUI Design for Low-Cost Devices with TouchGFX Updates and New STM32 Nucleo Shield
STMicroelectronics announced a new STM32* Nucleo display shield that leverages the affordability of STM32G0 microcontrollers (MCUs).