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Overview
The ARUBA JW092A is a high-performance networking component designed to meet the needs of modern data transmission applications. Its hardware specifications ensure compatibility and efficiency across various operating environments, making it a suitable choice for a wide range of network infrastructure projects.
Operating within a supply voltage range of minimum -0.5V to a maximum of 4.0V, the ARUBA JW092A guarantees reliable performance under diverse power conditions. For standard operations, the device requires a power supply voltage between 3.15V and 3.43V, with a maximum power supply current of 303 mA. This efficiency is underscored by its low power consumption, peaking at only 1W, which contributes to a reduced operational cost and a smaller environmental footprint.
The device is built to withstand a broad spectrum of environmental conditions. It operates effectively within a temperature range of 0°C to 70°C, making it suitable for deployment in data centers or other areas where temperature control can vary. Additionally, it can be stored safely within a temperature range of -40°C to 85°C, ensuring its durability and long-term usability. Humidity tolerance is also considered, with operational ranges from 5% to 85%, allowing it to function reliably in both dry and humid conditions.
Data transmission capabilities are a critical aspect of the ARUBA JW092A. It supports a maximum bitrate of up to 11.3Gbps, facilitating fast and efficient data transfer across the network. This is essential for handling high-volume traffic and ensuring smooth operation in environments where data-intensive applications are common. The device's receiver can handle power up to 0.5dBm, and its optical power ranges between -8.2 dBm and 0.5 dBm on average, with an optical modulation amplitude (OMA) from -5.2dBm, indicating its robustness in signal reception and transmission.
- Maximum Input and Output Swing: The device accommodates a wide range of differential data input and output swings, from 120mV to 850mV, and outputs from 300mV to 850mV, respectively. This flexibility ensures compatibility with a variety of data transmission standards and protocols.
- Impedance Matching: With input and output differential impedance ranges from 80Ω to 120Ω, the JW092A can effectively match impedance with connected devices, minimizing signal reflection and maximizing the integrity of data transmission.
- Environmental Adaptability: Engineered for operation across diverse environments, the JW092A's tolerance to extreme temperatures and humidity levels ensures reliability and longevity in various deployment scenarios.
Specs
| Part Number | ARUBA JW092A |
| Manufacturer | Aruba Networks |
| Lowest Supply Voltage Threshold | -0.5V |
| Highest Supply Voltage Limit | 4.0V |
| Minimum Temperature for Storage | -40°C |
| Maximum Temperature for Storage | 85°C |
| Lowest Temperature for Operation | 0°C |
| Highest Temperature for Operation | 70°C |
| Minimum Humidity for Operation | 5% |
| Maximum Humidity for Operation | 85% |
| Peak Receiver Sensitivity | 0.5dBm |
| Peak Data Transfer Rate | 11.3Gbps |
| Minimum Required Voltage for Operation | 3.15V |
| Maximum Allowed Voltage for Operation | 3.43V |
| Peak Current Draw | 303mA |
| Maximum Energy Consumption | 1W |
| Minimum Input Signal Amplitude Variation | 120mV |
| Maximum Input Signal Amplitude Variation | 850mV |
| Lowest Input Signal Impedance Variation | 80Ω |
| Highest Input Signal Impedance Variation | 120Ω |
| Minimum Output Signal Amplitude Variation | 300mV |
| Maximum Output Signal Amplitude Variation | 850mV |
| Lowest Output Signal Impedance Variation | 80Ω |
| Highest Output Signal Impedance Variation | 120Ω |
| Minimum Average Optical Power | -8.2 dBm |
| Maximum Average Optical Power | 0.5 dBm |
| Lowest Optical Modulation Amplitude | -5.2dBm |
JW092A
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Product Description
The JW092A ARUBA operates within a minimum power supply voltage of 3.15V and a maximum power supply voltage of 3.43V, with a maximum power supply current of 303 mA and a maximum power consumption of 1 W. It supports a maximum bitrate of 11.3Gbps, accommodating a wide range of temperatures from a minimum storage temperature of -40°C to a maximum storage temperature of 85°C, and operates efficiently between a minimum operating case temperature of 0°C and a maximum operating case temperature of 70°C. The device ensures optimal data integrity with a minimum differential data input swing of 120mV and a maximum differential data output swing of 850mV, while supporting a minimum optical power (average) of -8.2 dBm and a maximum optical power (average) of 0.5 dBm.FAQs for the JW092A
- What is the maximum supply voltage for this device?
- The maximum supply voltage for the device is 4.0V.
- How does the operating case temperature range affect device performance?
- The device operates effectively within a case temperature range of 0°C to 70°C, ensuring reliable performance within these limits.
- What are the minimum and maximum operating humidity levels?
- Operating humidity must be between 5% and 85% to ensure proper function.
- Can you specify the receiver power maximum?
- The receiver's maximum power is 0.5dBm.
- What is the maximum bitrate supported by this device?
- The device supports a maximum bitrate of 11.3Gbps.
- What are the minimum and maximum power supply voltages?
- Power supply voltage must be between 3.15V and 3.43V.
- What is the maximum power consumption?
- The maximum power consumption for the device is 1 W.
- Detail the differential data input swing range.
- The differential data input swing ranges from 120mV to 850mV.
- What is the range for the output differential impedance?
- Output differential impedance ranges from 80Ω to 120Ω.
- What are the minimum and maximum optical power levels?
- Optical power levels range from -8.2 dBm to 0.5 dBm.
Product Review
The ARUBA JW092A demonstrates a broad temperature range from -40°C to 85°C for storage and operates efficiently between 0°C and 70°C, catering to varied environmental conditions. With a maximum bitrate of 11.3Gbps and a maximum power consumption of just 1 watt, it efficiently handles high-speed data transmissions while maintaining low energy usage. However, its optical power range of -8.2 dBm to 0.5 dBm and optical modulation amplitude minimum of -5.2dBm may limit performance in scenarios requiring higher optical output levels.
Overview
The ARUBA JW092A is a high-performance networking component designed to meet the needs of modern data transmission applications. Its hardware specifications ensure compatibility and efficiency across various operating environments, making it a suitable choice for a wide range of network infrastructure projects.
Operating within a supply voltage range of minimum -0.5V to a maximum of 4.0V, the ARUBA JW092A guarantees reliable performance under diverse power conditions. For standard operations, the device requires a power supply voltage between 3.15V and 3.43V, with a maximum power supply current of 303 mA. This efficiency is underscored by its low power consumption, peaking at only 1W, which contributes to a reduced operational cost and a smaller environmental footprint.
The device is built to withstand a broad spectrum of environmental conditions. It operates effectively within a temperature range of 0°C to 70°C, making it suitable for deployment in data centers or other areas where temperature control can vary. Additionally, it can be stored safely within a temperature range of -40°C to 85°C, ensuring its durability and long-term usability. Humidity tolerance is also considered, with operational ranges from 5% to 85%, allowing it to function reliably in both dry and humid conditions.
Data transmission capabilities are a critical aspect of the ARUBA JW092A. It supports a maximum bitrate of up to 11.3Gbps, facilitating fast and efficient data transfer across the network. This is essential for handling high-volume traffic and ensuring smooth operation in environments where data-intensive applications are common. The device's receiver can handle power up to 0.5dBm, and its optical power ranges between -8.2 dBm and 0.5 dBm on average, with an optical modulation amplitude (OMA) from -5.2dBm, indicating its robustness in signal reception and transmission.
- Maximum Input and Output Swing: The device accommodates a wide range of differential data input and output swings, from 120mV to 850mV, and outputs from 300mV to 850mV, respectively. This flexibility ensures compatibility with a variety of data transmission standards and protocols.
- Impedance Matching: With input and output differential impedance ranges from 80Ω to 120Ω, the JW092A can effectively match impedance with connected devices, minimizing signal reflection and maximizing the integrity of data transmission.
- Environmental Adaptability: Engineered for operation across diverse environments, the JW092A's tolerance to extreme temperatures and humidity levels ensures reliability and longevity in various deployment scenarios.
Specifications
| Part Number | ARUBA JW092A |
| Manufacturer | Aruba Networks |
| Lowest Supply Voltage Threshold | -0.5V |
| Highest Supply Voltage Limit | 4.0V |
| Minimum Temperature for Storage | -40°C |
| Maximum Temperature for Storage | 85°C |
| Lowest Temperature for Operation | 0°C |
| Highest Temperature for Operation | 70°C |
| Minimum Humidity for Operation | 5% |
| Maximum Humidity for Operation | 85% |
| Peak Receiver Sensitivity | 0.5dBm |
| Peak Data Transfer Rate | 11.3Gbps |
| Minimum Required Voltage for Operation | 3.15V |
| Maximum Allowed Voltage for Operation | 3.43V |
| Peak Current Draw | 303mA |
| Maximum Energy Consumption | 1W |
| Minimum Input Signal Amplitude Variation | 120mV |
| Maximum Input Signal Amplitude Variation | 850mV |
| Lowest Input Signal Impedance Variation | 80Ω |
| Highest Input Signal Impedance Variation | 120Ω |
| Minimum Output Signal Amplitude Variation | 300mV |
| Maximum Output Signal Amplitude Variation | 850mV |
| Lowest Output Signal Impedance Variation | 80Ω |
| Highest Output Signal Impedance Variation | 120Ω |
| Minimum Average Optical Power | -8.2 dBm |
| Maximum Average Optical Power | 0.5 dBm |
| Lowest Optical Modulation Amplitude | -5.2dBm |