Nokia E66210.33, E66210.32 10/100BASE-T manual Environmental, Modem requirements

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Product features

Maximum transfer unit

2016 bytes

Any frame larger than the maximum transfer unit (MTU) value will be rejected. The frame size includes destination address, source address, type, length, data and CRC. Standard Ethernet frame maximum length is 1518 bytes (destination address 6 bytes + source address 6 bytes + type 2 bytes + data 1500 bytes + CRC 4 bytes).

Cable

UTP CAT5, maximum cable length

 

100m

3.3

WAN

 

 

HDLC

RFC1662

 

FCS

16 bits

 

Idle signal flag

7E (0111 1110)

Idle flags are sent continously to WAN when there are no packets in the receive buffer. Two idle flags are sent between every HDLC packet.

Line speed

n x 64 kbps (n = 1…32)

3.4

Environmental

 

 

 

Climatic

Operation:

EN 300 019, class 3.2

 

 

Transport:

EN 300 019, class 2.3

 

 

Storage:

EN 300 019, class 1.2

 

EMC:

 

EN 300 386

 

Power consumption:

 

800 mW

3.5Modem requirements

The ET-adapter can be installed to the follwing modems. The modem adapter type is displayed as V.35 or Ethernet E66210.32 depending on the DNT modem software version.

DN0610789

© Nokia Corporation

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Contents Product Overview DN0610789 Contents Product description 100BASE-T 100BASE-T 10BASE-T NR3 Hardware installation instructionsInstalling E66210.32 RX Link Front panelRX Link Cabling Ethernet connector and pin numberingBridge Product featuresModem requirements EnvironmentalProduct Overview

100BASE-T, E66210.32 10/100BASE-T, E66210.33 specifications

The Nokia E66210.33 and E66210.32 are advanced networking devices designed to meet the demands of modern telecommunications. These Ethernet switches are part of Nokia's commitment to delivering high-performance, scalable networking solutions that support a variety of applications and environments.

One of the main features of the E66210 series is its support for 10/100BASE-T Ethernet, making it an ideal choice for organizations that require reliable data transmission over standard twisted-pair cabling. This capability ensures compatibility with a wide range of legacy and modern devices, thereby facilitating seamless integration into existing network infrastructures.

The E66210 series boasts an impressive switching capacity, capable of handling high volumes of data traffic without compromising performance. This is particularly important for businesses that rely on data-intensive applications, as it minimizes latency and ensures smooth operation even during peak usage periods.

Enhanced network management capabilities are also a significant aspect of the E66210 switches. Equipped with support for various networking protocols, including SNMP and RMON, these devices enable IT administrators to monitor network performance effectively. This level of visibility allows for proactive troubleshooting and fine-tuning of network parameters, leading to optimized performance across the board.

Scalability is another key characteristic of the E66210 series. These switches are designed to grow with the needs of an organization, whether expanding to new areas or increasing the number of connected devices. This feature reflects Nokia's understanding of modern business dynamics, where flexibility and adaptability are crucial for success.

Security is a top priority for any networking device, and the E66210 series does not disappoint. With built-in security features such as port authentication and VLAN support, these switches help protect sensitive data by restricting access to authorized users only.

The durable design of the E66210 series ensures reliability in various operating conditions. Built to withstand the rigors of industrial environments, these devices can function effectively in areas with extreme temperatures and electrical fluctuations, making them suitable for use in both enterprise and outdoor applications.

In summary, the Nokia E66210.33 and E66210.32 are robust networking switches designed to offer high performance, scalability, and security features. Their support for 10/100BASE-T Ethernet, alongside advanced management capabilities, makes them ideal for organizations seeking reliable and efficient networking solutions. With their durable design and flexibility, these devices are poised to handle the evolving demands of modern networks.