Overview of LAN91C111-NS by Microchip Technology Inc.
The LAN91C111-NS from Microchip Technology Inc. is an advanced Ethernet controller providing dual channel capabilities with speeds up to 100 Mbps. This component is encased in a PQFP128 package which is RoHS compliant. With its primary applications within Ethernet communications, this device integrates both MAC and PHY to support IEEE standards 802.3 and 802.3u. It operates between 2.97V and 3.63V, placing it among devices that require a moderate power supply but offer high-efficiency communication protocols.
This Ethernet controller also stands out due to features like a maximum clock frequency of 25 MHz and sync communication protocols such as BIT, BYTE, and ETHERNET. Furthermore, the device supports boundary scan, has a commercial temperature grade (up to 70 °C), and includes a low power mode, accentuating its versatility in various networking environments. Notably, the device also has a data transfer rate that can reach up to 12.5 MBps, a notable benchmark for robust data operations.
Industry Applications for LAN91C111-NS
The diverse features of the LAN91C111-NS make it suitable for several industry applications, although its deployment is ultimately dependent on specific project requirements, adhering to industry standards, and further verification by engineering teams. Below are some industries where this Ethernet controller could find potential application:
- Internet of Things (IoT): With IoT devices often requiring robust and reliable communication protocols, the LAN91C111-NS’s compatibility with IEEE standards and its dual channel operation makes it a viable candidate for IoT communication infrastructures.
- Industrial Automation: In an industry where precision and efficiency are paramount, this component, with its high data transfer rates and support for multiple communication protocols, could potentially be integrated into communication systems of automated production lines.
- Consumer Electronics: Devices such as smart home systems could utilize the low power mode and fast communication protocol support of the LAN91C111-NS to enhance connectivity and performance while managing energy consumption efficiently.
- Computing and Data Storage: This Ethernet controller could possibly be integrated into networked storage solutions or data centers where high data throughput and reliability are critical.
- Telecommunications: For backbone network hardware that supports data-intensive operations, the high-speed interface provided by the LAN91C111-NS could be an essential feature.
These potential applications are conceptual and should be explored further with extensive analysis and testing to ensure compatibility and performance suitability.
About Microchip Technology Inc.
Microchip Technology Inc. is a notable provider within the field of Microcontrollers and Processors, particularly excelling in the area of Serial IO/Communication Controllers. They offer a broad spectrum of microcontroller solutions that encompass not only Ethernet controllers like the LAN91C111-NS but also a range of other specialized components tailored for varied market needs. Microchip’s commitment to innovation is evident in its comprehensive product offerings which cater to both standard and niche requirements across the electronics sector. Their products typically align with critical industry standards, ensuring reliability and compatibility.
Where to Find LAN91C111-NS by Microchip Technology Inc
To purchase the LAN91C111-NS or explore similar products, prospective buyers are encouraged to visit Findchips.com. The platform offers up-to-date availability from various distributors and provides competitive pricing. Historically, the part has been available at distributors such as Master Electronics, EBV Elektronik, Future Electronics, and Mouser Electronics. For current stock levels and pricing, checking regular updates on Findchips is recommended. Additionally, for exploring alternatives or similar components in the Serial IO/Communication Controllers category, this platform can provide extensive options from Microchip Technology Inc. and other manufacturers.