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Today, Industrial Robots are frequently used in various fields, including industry, security, and military. Robots used in daily life only need to use ordinary memory cards to meet their operational recording needs. As for Industrial Robots, they are usually used in harsh environments, which requires them to be equipped with industrial-grade components. How to solve the control and data storage problems of Industrial Robot in harsh environments? Renice can provide support.

Nowadays, with the rapid development of robotics technology, the importance of rational application of robots has been discovered by more and more people. Robots can replace or assist humans in completing various tasks. All boring, dangerous, toxic, and harmful tasks can be done by them. More Headlines National poll: third of Brits open to trialling the use of robots Indoor Robotics Raises $15 Million in Series A to Revolutionize Building Monitoring and Security Practices Preliminary Attendee List Released for Next Week's Military Robotics and Autonomous USA Conference SOUTHCO'S NEW C2 LEVER LATCH OFFERS AUTO-RELOCK FUNCTIONALITY AND MODERN APPEARANCE Acceleration Robotics Launch ROBOTCORE™ to Speed-up ROS 2 RobotsArticles How Tesla Used Robotics to Survive "Production Hell" and Became the World's Most Advanced Car Manufacturer Talking Automate 2022 with Stäubli Group It’s a Wrap Thanks to a Pick-and-Place Robotic Vision System What Is Multipath Interference? How to Minimize It in Time-of-flight Cameras? What’s the Difference Between a Servo Motor and Motion Controller? In addition to being widely used in manufacturing, robots are also used in other fields such as resource exploration and development, disaster relief and insurance, medical services, home entertainment, military and aerospace. It can not only operate remotely, improve efficiency, and reduce operating costs. More importantly, it can better ensure the safety of workers. The structure of the Robot: 1. Robot position detection; 2. Robot force detection; 3. Robot environment interaction system; 4. Human-computer interaction system; 5. Robot drive; 6. Linear transmission mechanism; 7. Rotation transmission mechanism; 8. Robot sensing system. Among them, the human-computer interaction system is a device that allows operators to participate in robot control and communicate with the robot. As one of the most core components of the robot, the robot controller has a decisive influence on the performance of the robot, and affects the development of the robot to a certain extent. Challenges of Robot Controller System: Robot Controller System is a device with fast calculation and data storage functions, under the industrial working environment, there are the following challenges: 1. Harsh environments, which require all the hardware inside to be resistant to vibration, humidity, dust and high temperature. 2. Stable performance, unstable performance will directly lead to inefficiency and damage of the robot. 3. Compact design, requires all the hardware inside to be sturdy and small in size. Renice SSD Solution: According to the challenges of Robot Controller System, Renice provides the following two solutions: 1. Renice X5A Half-slim SATAIII SSD 2. Renice X5A mSATA SATAIII SSD I. Multiple Protections for Harsh Environments: Renice SSD adopts industrial materials with higher reliability for harsh environments. Special functions are also designed, such as power failure protection, industrial operating temp., data secure erase, physical destruction, etc. It can better guarantee its good performance in extreme temperatures. Meanwhile, Renice SSD adopts a special Conformal Coating to make the product more resistant to humidity, shock and high temperature. II. The Stability Never Down: Any unstable during data recording will cause drop frame, and lead to a loophole of security surveillance to a serious bad consequence. Renice's products assure a long term operation of the security surveillance perfectly by optimizing firmware structure and maintain the best stability during operating. III. Small Size for Compact Design: Size of Renice Half-slim SATAIII SSD: 54 x 39 x 4mm Size of Renice mSATA SATAIII SSD: 50.95 x 30 x 3.65mm

How Tesla Used Robotics to Survive "Production Hell" and Became the World's Most Advanced Car Manufacturer

It’s a Wrap Thanks to a Pick-and-Place Robotic Vision System

What Is Multipath Interference? How to Minimize It in Time-of-flight Cameras?

What’s the Difference Between a Servo Motor and Motion Controller?

International Manufacturing Technology Show - IMTS 2022

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