Name: Lindy - Serial Adapter - Usb - Rs-232 - Black, Silver - Serial Converter/Repeater/Isolator
Brand: Lindy

Introducing the Lindy Serial Adapter, a sophisticated solution for your connectivity needs, released to enhance your data communication experience. With its sleek black and silver design, this USB to RS-232 converter has been engineered for performance and reliability.

Equipped with a USB 1.1 host interface and capable of supporting baud rates up to 921 Kbit/s, it ensures rapid data transmission that meets the demands of modern devices. The Lindy Serial Adapter features:

Four Serial Ports: Facilitate multiple connections for devices requiring serial communication.
Durable Chipset: Utilizes an FTDI chipset for superior stability and compatibility.
Versatile Connector Gender: Includes both male and female connectors, making it adaptable for various devices.
High Operating Temperature Range: Functions optimally between 0 to 50 °C, perfect for varied environments.
Compact Design: With dimensions of 163 mm x 62 mm x 25 mm, it’s easy to integrate into your workspace.
LED Indicators: With helpful LED indicators, you can easily monitor connection statuses.

Use the Lindy Serial Adapter in a variety of scenarios such as connecting legacy devices to modern PCs, integrating with industrial equipment, or even for software development and testing environments. Its support for both Windows and Mac operating systems ensures compatibility across a broad range of applications.

Worried about heat in tight spaces? The Lindy Serial Adapter is designed to handle operating humidity levels of 0-80%, ensuring reliable performance even in less-than-ideal conditions. With its robust certification including CE, UKCA, FCC, RoHS & REACH, you can trust that this product meets stringent safety and quality standards.

At just 172 g, it’s portable enough for mobile setups while the maximum cable length of 1.8 meters allows for flexible positioning. Whether for personal, educational, or professional use, the Lindy Serial Adapter is the optimal choice for reliable, efficient serial communication.