User's Manual
Table Of Contents
- Product Description
- Chipset
- Key Features and Benefits
- Additional Hardware Features
- Data Rates Supported
- Modulation Types Supported
- Security Features
- Quality of Service (QoS) and Value-Added MAC Features
- Antenna Connections
- Manufacturing-Ready Software
- Interfaces
- Physical
- Operating Voltage
- Recommended Operating Temperature Range
- Recommended Operating Humidity Range
- Recommended Storage Temperature Range
- Recommended Storage Humidity Range
- Peak Power Consumption
- Typical Receiver Sensitivity
- Operating Frequencies/Bands
- Maximum Transmit Output Power
- Physical Dimensions
- Modular Installation
- 65-VF320-P2 Antenna Specifications
- Product Labeling
- Product Usage
- Product Documentation
65-VF320-P2
WLAN MiniPCI a/b/g/n Adapter
Product Specification and Modular Installation
Rev 0.2 • http://www.cdmatech.com/products/wlan.jsp • Page 8 of 21
Qualcomm Confidential Information Document # MA423D_H_PS_V2
Typical Receiver Sensitivity
The following tables depict target Rx Sensitivity in dBm as defined in IEEE 802.11 specification(s).
NOTE: Tx Power and Rx Sensitivity alone are not sufficient to assess MIMO performance in a multipath
environment. The MIMO radio architecture and core DSP algorithms play a far greater role in determining
how well a MIMO radio performs -- a well architected MIMO radio with similar Rx sensitivity as a poorly
designed MIMO radio provides much better performance. Real world benchmark testing is required to
assess the performance of various MIMO radios.
802.11b Rx Sensitivity
2.4 GHz IEEE 11b (8% PER)
Data Rate Mbps RX Sensitivity dBm
1
-101.0
2
- 98.0
5.5
- 97.0
11
- 93.0
Table 3 802.11b Rx Sensitivity
NOTE: Reference P57, IEEE Std 802.11b-1999: FER shall be less than 8x10
-2
at a PSDU length
of 1024 octets.