How To Use 5 High-Performance Ethernet Adapters For Scaling Business Growth

Artificial Intelligence is changing how companies do business across industries. These industries range from manufacturing to retail to healthcare to finance, as AI is far-reaching bleeding-edge technology, so it can’t be avoided in industrial processes.

This blog will highlight premier AI servers that can offer smooth industrial processes.

1. ThinkEdge SE50:

Ethernet adapters like the ThinkEdge SE50 possess the capability to manage all of your real-time data aggregation and processing tasks. With advanced performance options, they offer superior computational capabilities at the edge, allowing you to confidently scale your IoT environment as your business grows.

This doubles the capacity of an IoT gateway with diverse wired and wireless connections. Customers can use cutting-edge silicon and optimized software leverage technology to increase edge AI strategy. 

This server is specially designed for versatile applications that need higher analytics and data processing at the edge. These embedded edge computing devices have an Intel Core i5 or i7 vPro processor to perform heavy-duty tasks like industrial computing.

Lenovo designed this server to reduce the risk of IoT devices while eliminating unwanted entry points for intrusion into your network. This SE50 model can communicate with local and remote IoT devices, management systems, and cloud or third-party data centers.  It’s compatible with Microsoft Azure IoT Edge and Amazon Web Services(AWS). This AI server can process data generated locally by Azure and Cloud services.

Key Features:

• This server has Intel WHL-UE i7 processors for industrial computing.

• It has an operating system called Windows 10 IoT LTSC.

• The memory power ends up at the mark of 32GB DDR4.

1. ThinkEdge SE70:

The potential of edge computing takes your enterprise from data to insights faster. Deploying computer-edge technology offers speed and agility, which are required in the modern marketplace. This new ThinkEdge SE70 offers enterprise-changing AI and ComputerVision applications constrained by imagination.

With best-in-class engineering technologies, reliability, and scalability, this server transforms existing camera infrastructure into intelligent automated environments.

Key Features:

• It brings machine learning to on-premises cameras to get fast and accurate insights.

• This automates industrial, manufacturing, and retail tasks.

• It enables the optimization of security. Analytics, manufacturing, and so on.

1. ThinkSystem SE350 :

The ThinkSystem SE350 acts as the latest workhorse for edge technologies. This is designed and built with unique requirements for Edge Servers in mind. It’s versatile enough to stretch the limitations of server locations, offering various connectivity and security options.

The ThinkSystem SE350 is a rugged compact-size Edge solution focusing on intelligent connectivity. This is an Intel Xeon D processor-based server with a 1U height capacity and half-width with short depth. This server can handle resource-intensive tasks so smoothly.

ThinkSystem SE350 servers are specially designed to offer various connectivity options with wired and secure wireless Wi-Fi and LTE connectivity.

• Dual-band Wi-Fi Support: 

You can incorporate the dual-band Wi-Fi functionality in ethernet adapters. It allows you to connect to both 2.4GHz and 5GHz networks. This feature offers flexibility and helps avoid interference for a more stable connection.

• Power over Ethernet (PoE) Support: 

Advanced PoE-compatible Ethernet adapters enable data transmission and power supply through a single Ethernet cable, simplifying installation and reducing cable clutter.

• Jumbo Frame Support: 

All credit goes to the large Jumbo frames  that can carry more data per packet. Ethernet adapters supporting jumbo frames can improve network performance, especially for data-intensive tasks like video streaming or large file transfers.

• VLAN Tagging Support: 

Thanks to Virtual LAN (VLAN), tagging enables the segmentation of a network into multiple logical networks. It boosts security and optimizing network traffic flow. Ethernet adapters supporting VLAN tagging allow you to use this feature.

• IPv6 Support: 

As the world transitions to IPv6, Ethernet adapters that offer native support for this newer protocol ensure compatibility with modern networks and future-proof your connectivity.

1. ThinkEdge SE450 Edge Server:

The ThinkEdge SE450 ethernet adapter is the latest server technology designed to meet the demands of artificial technology. This server is versatile enough to stretch the limitations of server locations,  This server is specially designed to provide high processing power at the edge.

This compact edge server is reliable for handling various Edge and AI workloads. The rugged server can easily operate between the range of 5 to 45 degrees Celsius for high performance in high dust and vibrant environments.

Key Features:

• This server has 10-36 cores with up to 1TB memory.

• ThinkEdge server has broad-wired and wireless connectivity.

• This robust server can continuously operate between 5 to 45 degrees Celsius.

• It has 4-16 server cores with up to 256GB of memory.

• ThinkSystem is board-wired with wireless connectivity.

• This has low-touch deployment technology with high security

1. ThinkEdge SE30 Edge:

ThinkEdge SE30 has powerful Intel core processors with up to 16GB of DDR4 memory capacity. It makes everyday tasks faster and smoother for future-proofing against edge computing needs.

This SE30 is a MIL-SPEC tested server for its 24.365 ability to handle extreme temperatures and harsh conditions. The innovative fanless design guarantees efficient heat dissipation. It also supports a wide thermal operating temperature range of -20 to 60 degrees Celsius.

Key Features:

• An 11th Gen Intel Core i3 or i5 processor powers up this.

• It has a DIN rail and wall mount support.

• This server has high-performing computing and memory.

Conclusion: 

Ethernet adapters in cloud infrastructure offer several advantages over traditional networking solutions such as DSL or fiber optic cables, including higher speeds, improved security, lower latency times, reduced interference levels, increased reliability, and lower costs over time than traditional DSL or fiber optic cables.