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Overview
The Extreme 10335 is a high-performance networking hardware component designed to meet the demands of modern data communication systems. It features a power supply voltage range from a minimum of -0.5V to a maximum of 3.6V, ensuring compatibility with a variety of power sources and systems. The device operates efficiently across a wide range of temperatures, from a minimum storage temperature of -40°C to a maximum of 85°C, and has an operating case temperature range from 0°C to 70°C. This wide temperature range makes it suitable for deployment in diverse environmental conditions without compromising performance.
Humidity tolerance is another critical factor in the reliability of networking hardware. The Extreme 10335 can operate in environments with humidity levels ranging from 0% to 95% (non-condensing), ensuring stable performance even in high-humidity conditions. The device also features a supply voltage range from 3.135V to 3.465V, accommodating slight variations in power supply without affecting performance.
Data transfer rates are a key performance indicator for networking hardware. The Extreme 10335 supports a data rate of 11.2Gbps per lane, making it suitable for high-speed data transmission requirements. The control input voltage can range from a minimum of 2V to a maximum equivalent to the Vcc voltage for high signals and is restricted to a maximum of 0.8V for low signals, ensuring precise control signal recognition.
Link distance is crucial for networking equipment, especially in wide-area network applications. The Extreme 10335 supports a maximum link distance of 40 km when used with G.652 fiber, facilitating long-distance communications without the need for signal amplification or repeaters. This is particularly beneficial for enterprises and service providers looking to extend their network reach.
Power efficiency is a significant consideration in the design and deployment of networking hardware. The Extreme 10335 has a maximum power consumption of 3.5W and a maximum supply current of 1.1A, optimizing energy use without sacrificing performance. The transceiver's power-on initialization time is capped at 2000ms, ensuring quick start-up and minimal delay in communication initiation.
- Maximum differential input voltage signaling (Max 700mVpp) allows for effective data transmission over copper or fiber optic cables.
- Single-ended input voltage ranges from a minimum of -0.3V to a maximum of 4.0V, with an AC common mode input voltage tolerance minimum of 15mV, ensuring signal integrity under various electrical conditions.
- Designed to withstand extreme environmental conditions, the Extreme 10335 operates efficiently within a broad range of temperatures and humidity levels, making it a versatile choice for diverse networking environments.
Specs
| Item Number | Extreme 10335 |
| Produced by | Extreme |
| Minimum Input Voltage for Operation | -0.5 Volts |
| Maximum Input Voltage for Operation | 3.6 Volts |
| Lowest Storage Temperature | -40°C |
| Highest Storage Temperature | 85°C |
| Minimum Temperature for Case Operation | 0°C |
| Maximum Temperature for Case Operation | 70°C |
| Minimum Humidity Level (without condensation) | 0% |
| Maximum Humidity Level (without condensation) | 95% |
| Upper Limit of Operational Voltage | 3.465 Volts |
| Minimum Temperature for Enclosure Operation | -40°C |
| Maximum Temperature for Enclosure Operation | 85°C |
| Bandwidth Per Channel | 11.2 Gigabits per second |
| Lowest High-Level Control Input Voltage | 2 Volts |
| Highest High-Level Control Input Voltage | Vcc Volts |
| Upper Limit for Low-Level Control Input Voltage | 0.8 Volts |
| Maximum Transmission Distance on G.652 Fiber | 40 kilometers |
| Peak Power Usage | 3.5 Watts |
| Maximum Current Requirement | 1.1 Amperes |
| Max Time for Transceiver Power-on Initialization | 2000 milliseconds |
| Minimum Voltage for Single-ended Inputs | -0.3 Volts |
| Maximum Voltage for Single-ended Inputs | 4.0 Volts |
| Minimum AC Common Mode Voltage Tolerance | 15 millivolts |
| Maximum Peak-to-Peak Differential Input Voltage | 700 millivolts peak-to-peak |
10335
Original price
$0.00
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Original price
$1,998.00
Original price
$0.00
$0.00
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$1,998.00
Current price
$0.00
Orders typically ship within 1-3 Business days, if you need an item to ship sooner please contact us.
Product Description
The 10335 Extreme is designed for high-performance networking, supporting a data rate per lane of 11.2Gbps and a maximum link distance of 40 km with G.652 fiber. It operates within a broad temperature range, from -40°C to 85°C, and tolerates humidity levels from 0% to 95% non-condensing. With a maximum power consumption of 3.5W and supply current max of 1.1A, it ensures efficient operation while handling demanding data transmission tasks.Key Feature for the 10335
- What is the minimum power supply voltage required?
The minimum power supply voltage required is -0.5V. - How does the maximum storage temperature compare to the maximum case operating temperature?
The maximum storage temperature is 85°C, which is the same as the maximum case operating temperature. - What is the maximum humidity level the device can operate in without condensation?
The device can operate in up to 95% non-condensing humidity. - At what data rate per lane does the device operate?
The device operates at a data rate of 11.2Gbps per lane. - What are the control input voltage high minimum and maximum values?
The minimum is 2V and the maximum is Vcc V. - What is the maximum link distance using G.652?
The maximum link distance with G.652 is 40 km. - What are the specifications for power consumption and supply current?
The maximum power consumption is 3.5W and the supply current max is 1.1A. - What is the initialization time for the transceiver power-on?
The transceiver power-on initialization time is a maximum of 2000ms. - What is the range for single-ended input voltage?
The range is from a minimum of -0.3V to a maximum of 4.0V. - What is the maximum differential input voltage?
The maximum differential input voltage is 700mVpp.
Product Review
The Extreme 10335 offers a high data rate per lane at 11.2Gbps, suitable for demanding network environments, and supports long link distances up to 40 km with G.652, enhancing connectivity options. However, its power consumption reaches up to 3.5W, which may be a concern for energy-efficient operations. Additionally, the wide operating temperature range from -40°C to 85°C ensures reliability in diverse environmental conditions, but the power supply voltage sensitivity requires precise control, posing potential challenges in fluctuating power environments.
Overview
The Extreme 10335 is a high-performance networking hardware component designed to meet the demands of modern data communication systems. It features a power supply voltage range from a minimum of -0.5V to a maximum of 3.6V, ensuring compatibility with a variety of power sources and systems. The device operates efficiently across a wide range of temperatures, from a minimum storage temperature of -40°C to a maximum of 85°C, and has an operating case temperature range from 0°C to 70°C. This wide temperature range makes it suitable for deployment in diverse environmental conditions without compromising performance.
Humidity tolerance is another critical factor in the reliability of networking hardware. The Extreme 10335 can operate in environments with humidity levels ranging from 0% to 95% (non-condensing), ensuring stable performance even in high-humidity conditions. The device also features a supply voltage range from 3.135V to 3.465V, accommodating slight variations in power supply without affecting performance.
Data transfer rates are a key performance indicator for networking hardware. The Extreme 10335 supports a data rate of 11.2Gbps per lane, making it suitable for high-speed data transmission requirements. The control input voltage can range from a minimum of 2V to a maximum equivalent to the Vcc voltage for high signals and is restricted to a maximum of 0.8V for low signals, ensuring precise control signal recognition.
Link distance is crucial for networking equipment, especially in wide-area network applications. The Extreme 10335 supports a maximum link distance of 40 km when used with G.652 fiber, facilitating long-distance communications without the need for signal amplification or repeaters. This is particularly beneficial for enterprises and service providers looking to extend their network reach.
Power efficiency is a significant consideration in the design and deployment of networking hardware. The Extreme 10335 has a maximum power consumption of 3.5W and a maximum supply current of 1.1A, optimizing energy use without sacrificing performance. The transceiver's power-on initialization time is capped at 2000ms, ensuring quick start-up and minimal delay in communication initiation.
- Maximum differential input voltage signaling (Max 700mVpp) allows for effective data transmission over copper or fiber optic cables.
- Single-ended input voltage ranges from a minimum of -0.3V to a maximum of 4.0V, with an AC common mode input voltage tolerance minimum of 15mV, ensuring signal integrity under various electrical conditions.
- Designed to withstand extreme environmental conditions, the Extreme 10335 operates efficiently within a broad range of temperatures and humidity levels, making it a versatile choice for diverse networking environments.
Specifications
| Item Number | Extreme 10335 |
| Produced by | Extreme |
| Minimum Input Voltage for Operation | -0.5 Volts |
| Maximum Input Voltage for Operation | 3.6 Volts |
| Lowest Storage Temperature | -40°C |
| Highest Storage Temperature | 85°C |
| Minimum Temperature for Case Operation | 0°C |
| Maximum Temperature for Case Operation | 70°C |
| Minimum Humidity Level (without condensation) | 0% |
| Maximum Humidity Level (without condensation) | 95% |
| Upper Limit of Operational Voltage | 3.465 Volts |
| Minimum Temperature for Enclosure Operation | -40°C |
| Maximum Temperature for Enclosure Operation | 85°C |
| Bandwidth Per Channel | 11.2 Gigabits per second |
| Lowest High-Level Control Input Voltage | 2 Volts |
| Highest High-Level Control Input Voltage | Vcc Volts |
| Upper Limit for Low-Level Control Input Voltage | 0.8 Volts |
| Maximum Transmission Distance on G.652 Fiber | 40 kilometers |
| Peak Power Usage | 3.5 Watts |
| Maximum Current Requirement | 1.1 Amperes |
| Max Time for Transceiver Power-on Initialization | 2000 milliseconds |
| Minimum Voltage for Single-ended Inputs | -0.3 Volts |
| Maximum Voltage for Single-ended Inputs | 4.0 Volts |
| Minimum AC Common Mode Voltage Tolerance | 15 millivolts |
| Maximum Peak-to-Peak Differential Input Voltage | 700 millivolts peak-to-peak |