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Overview
The Extreme 10065 is a high-performance networking hardware component designed to meet the demands of high-speed data transmission. This product is engineered to support a maximum data rate of 1000Mb/sec, facilitating efficient data flow and connectivity across networks. It is an ideal solution for applications requiring fast and reliable data exchange, supporting distances up to 100 meters.
At the core of its specifications, the Extreme 10065 operates within a narrow voltage range, requiring a minimum input voltage of 3.13V and a maximum input voltage of 3.47V, with the maximum voltage capacity reaching up to 4V. This precision in voltage requirements ensures the device operates efficiently, maintaining optimal performance while safeguarding against voltage-related issues.
The device's power consumption is meticulously managed, with a max supply current of 375mA, ensuring it delivers performance without excessive power draw. Additionally, it can handle a max surge current of 30mA, providing resilience against sudden power spikes that could potentially harm the hardware.
Temperature tolerance is a critical aspect of the Extreme 10065, with operational parameters set between 0°C and 85°C. This wide operating temperature range ensures reliability in various environmental conditions, from cool to hot. Furthermore, it is designed to be stored in temperatures ranging from -40°C to 85°C, offering flexibility in inventory and logistics management.
- Clock tolerance is specified at +/- 50 ppm, ensuring timing precision critical for data integrity and reliable communication.
- The hardware features a line frequency typically at 125MHz, supporting the high-speed data rate.
- Both TX output impedance and Rx input impedance are typically rated at 100Ohm, optimizing signal integrity across connections.
Signal performance is a highlight, with the SFP module featuring a minimum output low of 0V and a maximum of 0.5V, while the output high ranges from Host_Vcc-0.5V to Host_Vcc+0.3V. This range ensures compatibility and flexibility in various network configurations and voltages. Input signals are similarly adaptable, with a low range from 0V to 0.8V and a high range from 2V to Vcc+0.3V, accommodating diverse signal strengths for consistent performance.
The device also emphasizes signal quality, with a minimum single-ended data input swing of 250mV and a maximum of 1200mV, ensuring that signal transmission remains within optimal thresholds for clarity and integrity.
In conclusion, the Extreme 10065 is engineered to deliver high-speed connectivity with a focus on efficiency, reliability, and signal quality. Its specifications are crafted to ensure it meets the needs of demanding network environments, making it a suitable choice for applications requiring fast, stable, and efficient data transmission. Its adherence to voltage, temperature, and signal integrity specifications ensures it can operate effectively in a wide range of conditions, making it a versatile component in the networking hardware landscape.
Specs
| Part Number | Extreme 10065 |
| Manufacturer | Extreme |
| Supply Current Maximum | 375mA |
| Input Voltage Minimum | 3.13V |
| Input Voltage Maximum | 3.47V |
| Voltage Ceiling | 4V |
| Surge Current Cap | 30mA |
| Data Transfer Rate Peak | 1000Mb/sec |
| Operational Range Maximum | 100m |
| Temperature Operational Minimum | 0°C |
| Temperature Operational Maximum | 85°C |
| Temperature Storage Minimum | -40°C |
| Temperature Storage Maximum | -85°C |
| Clock Precision | +/- 50 ppm |
| SFP Output Low Minimum | 0V |
| SFP Output Low Maximum | 0.5V |
| SFP Output High Minimum | Host_Vcc-0.5V |
| SFP Output High Maximum | Host_Vcc+0.3V |
| SFP Input Low Minimum | 0V |
| SFP Input Low Maximum | 0.8V |
| SFP Input High Minimum | 2V |
| SFP Input High Maximum | Vcc+0.3V |
| Line Frequency Standard | 125MHz |
| TX Output Impedance Standard | 100 Ohm |
| RX Input Impedance Standard | 100 Ohm |
| Data Input Swing Minimum | 250mV |
| Data Input Swing Maximum | 1200mV |
10065
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Original price
$1.00
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Original price
$67.00
Original price
$1.00
$1.00
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$67.00
Current price
$1.00
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Product Description
The 10065 Extreme supports a max data rate of 1000Mb/sec over distances up to 100m, accommodating a wide range of network configurations. It operates within a supply current range up to 375mA and voltage requirements from 3.13V to 3.47V, ensuring compatibility across various power supplies. With operating temperatures between 0°C and 85°C and storage temperatures from -40°C to 85°C, it is designed for reliability in diverse environmental conditions.Key Feature for the 10065
- What is the maximum supply current for the networking hardware?
The maximum supply current is 375mA. - How does the input voltage range affect the part's performance?
The part operates optimally with an input voltage ranging from 3.13V to 3.47V, ensuring stable performance within these limits. - What is the maximum voltage the device can handle?
The device can handle up to 4V maximum voltage. - Can the hardware support high data rates for networking tasks?
Yes, the hardware supports data rates up to 1000Mb/sec, suitable for high-speed networking applications. - What is the maximum distance supported by this networking hardware?
The maximum distance supported is 100m, allowing for extensive network coverage. - What are the operating temperature ranges for this device?
The device operates within a temperature range of 0°C to 85°C, ensuring reliability across various environments. - What is the clock tolerance for the hardware?
The clock tolerance is +/- 50 ppm, indicating precise timekeeping within this range. - What are the SFP output high and low voltage levels?
The SFP output low voltage level ranges from 0V to 0.5V, and the output high voltage level ranges from Host_Vcc-0.5V to Host_Vcc+0.3V. - What are the minimum and maximum SFP input voltage levels?
The minimum SFP input low voltage is 0V, and the minimum SFP input high voltage is 2V. The maximum input high voltage aligns with Vcc+0.3V. - What are the typical impedance values for TX output and RX input?
Both TX output and RX input have typical impedance values of 100 Ohm, ensuring compatibility with standard network configurations.
Product Review
The Extreme 10065 offers a max data rate of 1000Mb/sec and supports distances up to 100m, catering efficiently to high-speed networking requirements within specified ranges. However, its operating temperature range from 0°C to 85°C may limit deployment in environments with extreme temperatures. Additionally, the precise clock tolerance of +/- 50 ppm and comprehensive voltage and current specifications ensure reliable performance across varied power supply conditions.
Overview
The Extreme 10065 is a high-performance networking hardware component designed to meet the demands of high-speed data transmission. This product is engineered to support a maximum data rate of 1000Mb/sec, facilitating efficient data flow and connectivity across networks. It is an ideal solution for applications requiring fast and reliable data exchange, supporting distances up to 100 meters.
At the core of its specifications, the Extreme 10065 operates within a narrow voltage range, requiring a minimum input voltage of 3.13V and a maximum input voltage of 3.47V, with the maximum voltage capacity reaching up to 4V. This precision in voltage requirements ensures the device operates efficiently, maintaining optimal performance while safeguarding against voltage-related issues.
The device's power consumption is meticulously managed, with a max supply current of 375mA, ensuring it delivers performance without excessive power draw. Additionally, it can handle a max surge current of 30mA, providing resilience against sudden power spikes that could potentially harm the hardware.
Temperature tolerance is a critical aspect of the Extreme 10065, with operational parameters set between 0°C and 85°C. This wide operating temperature range ensures reliability in various environmental conditions, from cool to hot. Furthermore, it is designed to be stored in temperatures ranging from -40°C to 85°C, offering flexibility in inventory and logistics management.
- Clock tolerance is specified at +/- 50 ppm, ensuring timing precision critical for data integrity and reliable communication.
- The hardware features a line frequency typically at 125MHz, supporting the high-speed data rate.
- Both TX output impedance and Rx input impedance are typically rated at 100Ohm, optimizing signal integrity across connections.
Signal performance is a highlight, with the SFP module featuring a minimum output low of 0V and a maximum of 0.5V, while the output high ranges from Host_Vcc-0.5V to Host_Vcc+0.3V. This range ensures compatibility and flexibility in various network configurations and voltages. Input signals are similarly adaptable, with a low range from 0V to 0.8V and a high range from 2V to Vcc+0.3V, accommodating diverse signal strengths for consistent performance.
The device also emphasizes signal quality, with a minimum single-ended data input swing of 250mV and a maximum of 1200mV, ensuring that signal transmission remains within optimal thresholds for clarity and integrity.
In conclusion, the Extreme 10065 is engineered to deliver high-speed connectivity with a focus on efficiency, reliability, and signal quality. Its specifications are crafted to ensure it meets the needs of demanding network environments, making it a suitable choice for applications requiring fast, stable, and efficient data transmission. Its adherence to voltage, temperature, and signal integrity specifications ensures it can operate effectively in a wide range of conditions, making it a versatile component in the networking hardware landscape.
Specifications
| Part Number | Extreme 10065 |
| Manufacturer | Extreme |
| Supply Current Maximum | 375mA |
| Input Voltage Minimum | 3.13V |
| Input Voltage Maximum | 3.47V |
| Voltage Ceiling | 4V |
| Surge Current Cap | 30mA |
| Data Transfer Rate Peak | 1000Mb/sec |
| Operational Range Maximum | 100m |
| Temperature Operational Minimum | 0°C |
| Temperature Operational Maximum | 85°C |
| Temperature Storage Minimum | -40°C |
| Temperature Storage Maximum | -85°C |
| Clock Precision | +/- 50 ppm |
| SFP Output Low Minimum | 0V |
| SFP Output Low Maximum | 0.5V |
| SFP Output High Minimum | Host_Vcc-0.5V |
| SFP Output High Maximum | Host_Vcc+0.3V |
| SFP Input Low Minimum | 0V |
| SFP Input Low Maximum | 0.8V |
| SFP Input High Minimum | 2V |
| SFP Input High Maximum | Vcc+0.3V |
| Line Frequency Standard | 125MHz |
| TX Output Impedance Standard | 100 Ohm |
| RX Input Impedance Standard | 100 Ohm |
| Data Input Swing Minimum | 250mV |
| Data Input Swing Maximum | 1200mV |