Daisy-chaining Hubs

Normally, to make a hub-to-hub connection you need to use a crossover cable. The daisy-chain port on the 140T hub is wired MDI so you can use a straight-through cable to connect the 140T to an MDI-X port on a hub or switch. When using the daisy-chain port, follow these guidelines:

Only two hubs (ClassII) can be daisy-chained together.

The maximum cable length connecting the hubs can’t exceed 5 meters.

100m (max)

5m (max)

100m (max)

i

 

i

205m (max)

Use a straight-through cable to connect from the daisy-chain port on one hub to any port on the other hub (except the daisy-chain port).

Don’t connect daisy-chain ports together with a straight-through cable.

Never daisy-chain a 140T hub with a 100Base-T Class I device (such as the Express 200 Series Stackable Hubs).

Intel Express 220T

Stackable Hub

Intel Express 220T

Stackable Hub

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Daisy-chain Port

Do not use Port 1 and the Daisy-chain port at the same time. Port 1 and the daisy-chain port are the same logical port, except their pinouts are different.

It is also possible to connect from a daisy-chain port on a 140T to a daisy- chain port on another 140T. However, because the daisy-chain ports are wired the same (MDI) you will need to use a crossover cable just as if you were connecting two MDI-X ports together.

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Intel 140T quick start Daisy-chaining Hubs, Daisy-chain Port

140T specifications

The Intel 140T is an innovative offering from Intel that stands out in the competitive landscape of computing technology. Designed specifically for high-performance computing, the 140T combines a robust architecture with advanced features that cater to demanding workloads and applications.

At the heart of the Intel 140T is its cutting-edge processing technology, which utilizes Intel's state-of-the-art 10nm SuperFin technology. This manufacturing process allows for higher performance while maintaining efficiency, enabling the 140T to deliver impressive clock speeds and reduced power consumption. The CPU is built on Intel's latest microarchitecture, which emphasizes enhanced performance per watt, making it an ideal choice for everything from data centers to consumer electronics.

One of the standout features of the Intel 140T is its multi-core configuration. Boasting up to 16 cores and 32 threads, this processor excels at multitasking and parallel processing. This makes it particularly suited for applications that require extensive computational power, such as video rendering, 3D modeling, and real-time data analysis. The processor is also equipped with Intel's Hyper-Threading technology, allowing each core to handle two threads simultaneously, further optimizing performance and efficiency.

The Intel 140T incorporates advanced thermal design, which helps to manage heat dissipation effectively. With integrated thermal sensors and support for dynamic frequency scaling, the processor can adjust its performance in real-time based on thermal conditions, ensuring stability even under heavy loads. Additionally, the CPU supports Intel Turbo Boost Technology, enabling it to temporarily increase clock speeds for demanding tasks.

Another key characteristic of the Intel 140T is its enhanced memory support. With support for DDR4 and the new DDR5 memory standards, it allows for higher memory bandwidth, enabling faster data access and improved overall system responsiveness. The processor also includes Intel Optane memory support, which enhances storage performance by accelerating disk access speeds.

On the connectivity front, the Intel 140T comes equipped with integrated Intel Wi-Fi 6 and Thunderbolt 4 technology, providing high-speed data transfer and seamless wireless capabilities. This makes it easier to connect to various peripherals and networks, enhancing the overall user experience.

Overall, the Intel 140T is a powerful, efficient, and versatile processor that caters to the needs of high-performance computing environments. Its combination of core technology, thermal management, memory support, and connectivity features solidifies its position as a leader in Intel's lineup, paving the way for advancements in various computing applications.