Emerging SBC showcase next generation capabilities

Cassiano Ferro Moraes

09 Oct, 2023

Image credit: Mecademic

Discover the power of single-board computers for enhanced versatility and performance.

efficiency

- electronics

- single board computer

Introduction

Single-board computers (SBCs) are complete computers integrated into a single board. The global SBC market is experiencing significant growth, with a projected value of USD 3 billion by 2030, according to Allied Market Research. It represents a compound annual growth rate of 12.5% from 2022 to 2030.

Several factors are propelling the growth of the SBC market, including the development of wireless communication, advancements in product design, and the application of SBCs in multiple areas, such as medical equipment and automation. Additionally, the availability of SBCs and their normalized form elements contribute to the demand for innovative devices. Notably, SBCs offer expanded computing power, reduced power consumption, high adaptability, and improved efficiency, further fueling their adoption.

Considering the increasing demand for compact yet powerful computing devices, the ROCK 5B single-board computer has emerged as an interesting new option. This article will delve into its distinct attributes and highlight how it can benefit many applications.

The ROCK 5B

The ROCK 5B, a result of the collaboration between Radxa and OKdo, is an innovative open-source hardware you can use for multiple applications. It is a versatile, expandable, and feature-packed device.

Performance and Processing Power

The ROCK 5B device runs on the advanced Rockchip RK3588 SoC, which combines the power of a Quad Arm Cortex A76 CPU, a Quad Arm DynamIQ Cortex A55, and an Arm Mali G610MC4 GPU to boost performance. This assembly creates a highly efficient apparatus that can easily tackle even the most demanding tasks.

In addition, the ROCK 5B is a powerful machine equipped with 4,8 or 16GB 64bit LPDDR4 RAM. It handles complex processes and multitasking effortlessly, enabling you to run intensive applications, stream high-definition media, and more without a hitch. The ROCK 5B is an excellent choice for all scenarios, especially when high processing power is required.

User Experience and Practicality

Beyond its raw performance, the ROCK 5B is built with the end user in mind. It has a convenient On/Off power button that allows for safe shutdowns with just one touch. This feature helps prevent data corruption and improves the user experience.

Moreover, the ROCK 5B is compatible with many operating systems, including Android 12 and Debian/Ubuntu Linux. The device's broad compatibility offers users numerous options, making it suitable for various applications. Examples of applications include home automation, computer replacement, media streaming, server hosting, smart drones, and robots, for example.

Unrivaled Display and Storage Capabilities

One of the advantages of the ROCK 5B is its impressive display capabilities. Equipped with an Arm Mali G610MC4 GPU, the device is capable of supporting displays up to 8Kp60 resolution. This makes the ROCK 5B an excellent choice for advanced multimedia applications, including gaming, video streaming, and digital signage.

When it comes to storage, the ROCK 5B is highly capable. It provides various storage options, including an eMMC socket for eMMC modules. Its 4,8 or 16GB RAM and fast eMMC socket make it an excellent choice for storing operating systems and data.

Robust Connectivity and Expansion Options

For single-board computers, connectivity and expansion options are crucial. The ROCK 5B stands out with its plethora of interface options, thanks to its 40-pin GPIO expansion header. The board gets almost endless connectivity capabilities with UART, SPI bus, I2C bus, and more options.

Additionally, the ROCK 5B features various USB and Ethernet ports, offering speed and flexibility in data transfer and networking. Including M.2 connectors supporting PCIe lanes, SATA, and SDIO, the ROCK 5B ensures you can connect and expand per your project requirements.

Solid Availability and Support

The ROCK 5B combines multiple features, great performance, and singular availability and support. The collaborative efforts of OKdo and Radxa ensure long-term stock availability of the ROCK 5B, making it a dependable choice for users.

If you enjoy experimenting with single-board computers as a hobby or a professional needing a reliable project device, the ROCK 5B is a great option.

Conclusion

The ROCK 5B is a great example of the advancements in single-board computer technology. It's a compact device that offers power, versatility, and ease of use. With devices like the ROCK 5B, the future of high-performance computing is becoming more accessible and affordable to everyone. Get in touch with OKdo to build innovative solutions that meet your unique needs. Read more about the whole Rock series of SBCs and their potential applications here.

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RISC-V vs ARM: A Comprehensive Comparison of Processor Architectures

In the ever-evolving world of processor architectures, the showdown between RISC-V and ARM sparks fervent competition. With their distinct histories, these two giants are redefining computing power and igniting discussions on openness, customization, and innovation in microprocessors.

Shreyas Sharma

23 Aug, 2023

electronics

- embedded systems

- single board computer

Introduction

RISC-V and ARM are two processor architectures that have gained significant attention in recent years. RISC-V is an open-source Instruction Set Architecture (ISA) based on the Reduced Instruction Set Computing (RISC) principles, while ARM is a proprietary ISA that has become the dominant choice for embedded systems and mobile devices due to its longstanding presence in the market, as well as years of trust and expertise cultivated resulting in widespread reputation.

Comparing these two architectures is essential for understanding their strengths and weaknesses, as well as their potential impact on the future of computing. In this article, we will delve into the history, architectural features, performance, power efficiency, ecosystem, licensing models, use cases, and future prospects of both RISC-V and ARM. By providing a comprehensive comparison, we aim to equip readers with the knowledge necessary to make informed decisions about which architecture best suits their needs and to understand the implications of the ongoing competition between these two processor architectures.

What is an ISA (Instruction Set Architecture)?

At the heart of every processor's functioning lies its Instruction Set Architecture (ISA), a blueprint that outlines the set of instructions a processor can understand and execute. It serves as a fundamental bridge between hardware and software, shaping the capabilities and performance of a processor. The choice of ISA influences how software is developed, and it has a lasting impact on a processor's efficiency, compatibility, and flexibility.

ISAs can be broadly categorized into two types: Open and Closed. Closed ISAs, like ARM, are proprietary and tightly controlled by specific companies (Arm Holdings here), offering established reliability and compatibility but limiting customization. On the other hand, open ISAs, exemplified by RISC-V, are community-driven and provide greater flexibility for c

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Developing flexible vehicle tracking systems with SBCs

Take advantage of the low cost and high energy efficiency of SBCs to design your own tracking systems

Cassiano Ferro Moraes

22 Mar, 2023

single board computer

- tracking system

Micro Mobility has been a worldwide trend. However, bicycles, e-bikes, and motorcycles do not have the same security and monitoring features as cars. One way to increase driver and vehicle security, monitor routes, and analyze data is to use tracking systems. This article explores how Single Board Computer (SBC) based tracking systems work, their benefits, and how you can build your own portable tracking system.

Portable tracking systems for micro mobility

Tracking systems improve safety and protection by using real-time monitoring. These systems can be used for route planning and recording, speeding up deliveries, and theft protection. Users can detect whether their e-bike or electric scooter, for example, is moving without permission and send a motion alarm to a mobile device.

However, when it comes to commercial tracking systems, it is hard to find solutions that can be customized to fulfill specific applications and users' requirements. SBCs enable you to develop your own complete tracking system, eliminating recurrent fees usually charged by commercial solution.

SBC-based tracking systems can provide features such as location information and real-time tracking, similar to several solutions on the market. However, the main advantages of these systems are their project flexibility

Emerging SBC showcase next generation capabilities

Discover the power of single-board computers for enhanced versatility and performance.

Introduction

The ROCK 5B

Performance and Processing Power

User Experience and Practicality

Unrivaled Display and Storage Capabilities

Robust Connectivity and Expansion Options

Solid Availability and Support

Conclusion

Search for articles and topics on Wevolver

Introduction

What is an ISA (Instruction Set Architecture)?

Portable tracking systems for micro mobility

Developing flexible vehicle tracking systems with SBCs

Empowering Elderly Care Solutions with IoT and SBCs

Programming Essentials for Single-Board Computers