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65-VF320-P2
WLAN MiniPCI a/b/g/n Adapter
Product Specification and Modular Installation
65-VF320-P2 MiniPCI Adapter (MA423D_H)
Product Specification and Modular Installation
Document Number MA423D_H_PS_V1
Published December 2007
Rev 0.2 • http://www.cdmatech.com/products/wlan.jsp • Page 1 of 21
Qualcomm Confidential Information Document # MA423D_H_PS_V2
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65-VF320-P2
WLAN MiniPCI a/b/g/n Adapter
Product Specification and Modular Installation
Table of Contents
Product Description ............................................................................................................ 4
Chipset ................................................................................................................................4
Key Features and Benefits..................................................................................................4
Additional Hardware Features............................................................................................ 4
Data Rates Supported.......................................................................................................... 5
Modulation Types Supported.............................................................................................. 5
Security Features................................................................................................................. 5
Quality of Service (QoS) and Value-Added MAC Features .............................................. 6
Antenna Connections..........................................................................................................6
Manufacturing-Ready Software.......................................................................................... 6
Interfaces............................................................................................................................. 6
Physical............................................................................................................................... 6
Operating Voltage............................................................................................................... 6
Recommended Operating Temperature Range................................................................... 6
Recommended Operating Humidity Range........................................................................ 6
Recommended Storage Temperature Range....................................................................... 6
Recommended Storage Humidity Range............................................................................ 6
Peak Power Consumption................................................................................................... 6
Typical Receiver Sensitivity............................................................................................... 8
Operating Frequencies/Bands........................................................................................... 15
Maximum Transmit Output Power...................................................................................16
Physical Dimensions......................................................................................................... 16
Modular Installation.......................................................................................................... 18
65-VF320-P2 Antenna Specifications .............................................................................. 19
Product Labeling............................................................................................................... 20
Product Usage................................................................................................................... 20
Product Documentation .................................................................................................... 20
Table of Figures
Figure 1 65-VF320-P2 MiniPCI Adapter (top view, RF shield intact) .............................. 5
Figure 2 PCB and Shield Mechanical Drawing (dimensions in millimeters)................... 17
Figure 3 Radio Module Alignment................................................................................... 19
Table of Tables
Table 1 2.4 GHz Power Consumption................................................................................7
Table 2 5 GHz Power Consumption................................................................................... 7
Table 3 802.11b Rx Sensitivity.......................................................................................... 8
Table 4 802.11g Rx sensitivity.......................................................................................... 9
Table 5 802.11a Rx sensitivity......................................................................................... 10
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65-VF320-P2
WLAN MiniPCI a/b/g/n Adapter
Product Specification and Modular Installation
Table 6 802.11n 20 MHz 2.4 GHz Rx sensitivity............................................................ 11
Table 7 802.11n 40MHz 2.4 GHz Rx sensitivity............................................................. 12
Table 8 802.11n 20 MHz 5 GHz Rx sensitivity............................................................... 13
Table 9 802.11n 40 MHz 5 GHz Rx sensitivity............................................................... 14
Table 10 Operating Frequencies/Bands 2.4 GHz ............................................................. 15
Table 11 Operating Frequency/Bands 5 GHz................................................................... 15
Table 12 Tx Power 2.4 GHz............................................................................................. 16
Table 13 Tx Power 5 GHz................................................................................................ 16
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65-VF320-P2
WLAN MiniPCI a/b/g/n Adapter
Product Specification and Modular Installation
Product Description
QUALCOMM’s 65-VF320-P2 MiniPCI Adapter design is based on QUALCOMM’s advanced multi-radio
WFB4030 Baseband/MAC IC and WFR4031 RF IC, and IEEE 802.11a/b/g/n wireless LAN solution that
sends and receives data at up to 300 Mbps. Using QUALCOMM’s advanced chipset with patented True
MIMO™ smart antenna technology, QUALCOMM WFB4 00 - based prod uct s pr ovide unprecedented
levels of 802.11a/b/g/n range and throughput, previously unachievable speed and spectral-efficiency, full
Wi-Fi product interoperability for IEEE 802.11a/b/g/n, and IEEE 802.11b/g/n global regulatory
compliance.
Chipset
• WFB4030 and WFB4130 Single Chip integrated Baseband and MAC
• WFR4031 Single Chip 2.4/5 GHz 2Tx/3Rx transceiver
Key Features and Benefits
The fourth generation, QUALCOMM’s IEEE 802.11n True MIMOTM chipset, provides the implementer of
access points, home gateways, WLAN clients, consumer electronics and multimedia entertainment,
embedded wireless laptop/deskto p/ peripheral products with the following key features:
• IEEE 802.11n, IEEE 802.11a, IEEE 802.11b, IEEE 802.11g Network Standards
• MIMO link rates up to 300 Mbps
• 2.4/5 GHz Frequency Band Operation
• Receive Combining and Transmit Diversity
• Dynamically adjusts between 20 and 40 MHz
1
operation on a frame by frame basis
• Interoperability with IEEE 802.11b/g/n , and pre-standard 802.11n Draft 1.0 and 2.0 products
• IEEE 802.11d support
• IEEE 802.11b Long / Short Preamble support on a frame-by-frame basis
• Transmit rate based power control
Additional Hardware Features
• Enhanced interference avoidance
1
40 MHz mode at frequencies requiring DFS (Dynamic Frequency Selection) is governed by regulatory
certification. For FCC certification, the 5.25-5.35GHz and 5.47-5.725GHz Frequnecy Bands are dissabled
by software.
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Qualcomm Confidential Information Document # MA423D_H_PS_V2
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65-VF320-P2
WLAN MiniPCI a/b/g/n Adapter
Product Specification and Modular Installation
• Programmable defer / detect thresholds
• Closed loop Tx power control
• Automatic power-on and temperature-based calibration
• Worldwide regulatory EEPROM
• RoHS compliant to directive 2002/95/EC (PCB, components, solder)
Figure 1 65-VF320-P2 MiniPCI Adapter (top view , RF s hi el d int act )
Data Rates Supported
• IEEE 802.11b: 1 - 11 Mbps
• IEEE 802.11g: 1 - 54 Mbps
• IEEE 802.11a: 1- 54 Mbps
• IEEE 802. 11n: 6.5 – 144 Mbps (20 MHz channel)
• Proprietary: 24 – 126 Mbps (20 MHz channel)
13.5 – 300 Mbps (40 MHz channel)
12 – 300 Mbps (40 MHz channel)
Modulation Types Supported
• OFDM: BPSK, QPSK, 16QAM, 64QAM
• DSSS: DBPSK, DQPSK, CCK
Security Features
• Hardware Support for 64-bit (24-bit IV + 40-b it Key) and 128-bit (24-bit IV + 104-bit Key) WEP
encryption
• TKIP encryption
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Qualcomm Confidential Information Document # MA423D_H_PS_V2
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65-VF320-P2
WLAN MiniPCI a/b/g/n Adapter
Product Specification and Modular Installation
• CCMP (AES) encryption
• Hardware Support for Wi-Fi Protected Access WPA/WPA2 Personal/Enterprise authentication
• 802.1x supplicant
Quality of Service (QoS) and Value-Added MAC Features
• WMM
• WMM-SA
• IEEE 802.11e QoS
Antenna Connections
• Three U.FL connectors (also known as IPAX or Hirose connectors).
Manufacturing-Ready Software
• Manufacturing Test Support Utilities
• Windows Vista 32 and 64 bit (upon MS general release),Windows XP (SP1/SP2) and Windows
2000 (SP4) drivers
Interfaces
• PCI/MiniPCI version 2.2 compliant with bus-master and slave-mode support
Physical
• MiniPCI interface with Type 3A form factor (2.00” long)
Operating Voltage
• 3.3V +/- 10%
Recommended Operating Temperature Range
• 0 to +70 Cº ambient
Recommended Operating Humidity Range
• 15% - 95%, non-condensing
Recommended Storage Temperature Range
• -25 to +85 Cº ambient
Recommended Storage Humidity Range
• Maximum 95%, non-condensing
Peak Power Consumption
All power consumption figures for 3.3 V power supply. Power Consumption definitions are as follows:
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65-VF320-P2
WLAN MiniPCI a/b/g/n Adapter
Product Specification and Modular Installation
• Peak Transmit (Tx). Power consumption during packet transmission (this is a “maximum”
number).
• Peak Receive (Rx). Power consumption during packet reception (this is a “maximum” number).
Mode 2.4 GHz (Watts)
Peak Tx 2.70
Peak Rx 2.80
Table 1 2.4 GHz Power Consumption
Mode 5 GHz (Watts)
Peak Tx 2.95
Peak Rx 2.80
Table 2 5 GHz Power Consumption
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65-VF320-P2
WLAN MiniPCI a/b/g/n Adapter
Product Specification and Modular Installation
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
2
5.5
11
Table 3 802.11b Rx Sensitivity
-101.0
- 98.0
- 97.0
- 93.0
NOTE: Reference P57, IEEE Std 802.11b-1999: FER shall be less than 8x10-2 at a PSDU length
of 1024 octets.
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65-VF320-P2
WLAN MiniPCI a/b/g/n Adapter
Product Specification and Modular Installation
802.11g Rx sensitivity
2.4 GHz IEEE 802.11g (10% PER)
Data Rate Mbps Rx Sensitivity dBm
6
9
12
18
24
36
48
54
Table 4 802.11g Rx sensitivity
NOTE: Reference, P29, IEEE Std 802.11g-2003: PER shall be less than 10% at a PSDU length of
1000 bytes.
- 99.5
- 98.0
- 96.5
- 94.0
- 92.0
- 89.5
- 86.5
- 84.0
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65-VF320-P2
WLAN MiniPCI a/b/g/n Adapter
Product Specification and Modular Installation
802.11a Rx sensitivity
5 GHz IEEE 802.11a (10% PER)
Data Rate Mbps Rx Sensitivity dBm
6
9
12
18
24
36
48
54
Table 5 802.11a Rx sensitivity
NOTE: Reference, P31, IEEE Std 802.11a-1999: PER shall be less than 10% at a PSDU length of
1000 bytes.
- 95.5
- 94.0
- 92.5
- 90.0
- 88.0
- 85.5
- 82.5
- 80.0
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65-VF320-P2
WLAN MiniPCI a/b/g/n Adapter
Product Specification and Modular Installation
Table 6 802.11n 20 MHz 2.4 GHz Rx sensitivity
IEEE 802.11n 2.4 GHz (10% PER) 20 MHz Channel
MCS Index
MCS 0
MCS 1
MCS 2
MCS 3
MCS 4
MCS 5
MCS 6
MCS 7
MCS 8
MCS 9
20 MHz 800 ns GI
Data Rate Mbps
6.5 7.2 - 97.5
13.0 14.4 - 94.5
19.5 21.7 - 92.5
26.0 28.9 - 90.0
39.0 43.0 - 87.5
52.0 57.8 - 85.0
58.5 65.0 - 82.0
65.0 72.2 - 80.0
13.0 14.4 - 95.0
26.0 28.9 - 92.0
20 MHz 400 ns GI
Rx Sensitivity
Data Rate Mbps
MCS 10
MCS 11
MCS 12
MCS 13
MCS 14
MCS 15
MCS 32
39.0 43.0 - 90.0
52.0 57.8 - 87.0
78.0 86.7 - 85.0
104.0 115.6 - 82.0
117.0 130.0 - 79.5
130.0 144.4 - 77.5
6.0 6.7 -97.5
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65-VF320-P2
WLAN MiniPCI a/b/g/n Adapter
Product Specification and Modular Installation
Table 7 802.11n 40MHz 2.4 GHz Rx sensitivity
IEEE 802.11n 2.4
GHz
MCS Index
MCS 0
MCS 1
MCS 2
MCS 3
MCS 4
MCS 5
MCS 6
MCS 7
MCS 8
(10% PER) 20 MHz Channel
40 MHz 800 ns GI
40 MHz 400 ns GI
Rx Sensitivity
Data Rate Mbps
6.5 7.2 - 94.5
13.0 14.4 - 91.5
19.5 21.7 - 89.5
26.0 28.9 - 87.0
39.0 43.0 - 84.5
52.0 57.8 - 82.0
58.5 65.0 - 79.0
65.0 72.2 - 77.0
13.0 14.4 - 92.0
Data Rate Mbps
MCS 9
MCS 10
MCS 11
MCS 12
MCS 13
MCS 14
MCS 15
26.0 28.9 - 89.0
39.0 43.0 - 87.0
52.0 57.8 - 84.0
78.0 86.7 - 82.0
104.0 115.6 - 79.0
117.0 130.0 - 76.5
130.0 144.4 - 74.5
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65-VF320-P2
WLAN MiniPCI a/b/g/n Adapter
Product Specification and Modular Installation
IEEE 802.11n 5 GHz (10% PER) 20 MHz Channel
MCS Index
MCS 0
MCS 1
MCS 2
MCS 3
MCS 4
MCS 5
MCS 6
MCS 7
MCS 8
MCS 9
20 MHz 800 ns GI
Data Rate Mbps
6.5 7.2 - 95.5
13.0 14.4 - 92.5
19.5 21.7 - 90.5
26.0 28.9 - 88.0
39.0 43.0 - 85.5
52.0 57.8 - 83.0
58.5 65.0 - 80.0
65.0 72.2 - 78.0
13.0 14.4 - 93.0
26.0 28.9 - 90.0
20 MHz 400 ns GI
Rx Sensitivity
Data Rate Mbps
MCS 10
MCS 11
MCS 12
MCS 13
MCS 14
MCS 15
39.0 43.0 - 88.0
52.0 57.8 - 85.0
78.0 86.7 - 83.0
104.0 115.6 - 80.0
117.0 130.0 - 77.5
130.0 144.4 - 75.5
Table 8 802.11n 20 MHz 5 GHz Rx sensitivity
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65-VF320-P2
WLAN MiniPCI a/b/g/n Adapter
Product Specification and Modular Installation
IEEE 802.11n (10% PER) 40 MHz Channel
MCS Index
MCS 0
MCS 1
MCS 2
MCS 3
MCS 4
MCS 5
MCS 6
MCS 7
MCS 8
MCS 9
40 MHz 800 ns GI
Data Rate Mbps
13.5 15.0 - 92.5
27.0 30.0 - 89.5
40.5 45.0 - 87.5
54.0 60.0 - 85.0
81.0 90.0 - 82.5
108.0 120.0 - 80.0
121.5 135.0 - 77.0
135.0 150.0 - 75.0
27.0 30.0 - 90.0
54.0 60.0 - 87.0
40 MHz 400 ns GI
Rx Sensitivity
Data Rate Mbps
MCS 10
MCS 11
MCS 12
MCS 13
MCS 14
MCS 15
MCS 32
81.0 90.0 - 85.0
108.0 120.0 - 82.0
162.0 180.0 - 80.0
216.0 240.0 - 77.0
243.0 270.0 - 74.5
270.0 300.0 - 72.5
6.0 6.7 - 92.5
Table 9 802.11n 40 MHz 5 GHz Rx sensitivity
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65-VF320-P2
WLAN MiniPCI a/b/g/n Adapter
Product Specification and Modular Installation
Operating Frequencies/Bands
Actual channels/frequencies supported for a given country are governed by regulatory requirements and
regulated by EEPROM contents and software
Supported 2.4 GHz
Channels
Channel Frequency Channel Frequency
1 2412 8 2447
2 2417 9 2452
3 2422 10 2457
4 2427 11 2462
5 2432 12 2467
6 2437 13 2472
7 2442
.
Frequencies Channels Frequencies
Table 10 Operating Frequencies/Bands 2.4 GHz
Supported 5 GHz
Channels Frequencies Channels Frequencies
Channel Frequency Channel Frequency
36 5180 116 5580*
40 5200 120 5600*
44 5220 124 5620*
48 5240 128 5640*
52 5260* 132 5660*
56 5280* 136 5680*
60 5300* 140 5700*
64 5320* 149 5745
100 5500* 153 5765
104 5520* 157 5785
108 5540* 161 5805
112 5560* 165 5825
Table 11 Operating Frequency/Bands 5 GHz
*For FCC certification, the 5.25-5.35GHz and 5.47-5.725 Frequency Bands are disabled by software.
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65-VF320-P2
WLAN MiniPCI a/b/g/n Adapter
Product Specification and Modular Installation
Maximum Transmit Output Power
In typical end user product operation, actual transmit power will be limited based on local regulatory
requirements and EEPROM configuration.
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.
Tx Power 2.4 GHz
Per
Chain
IEEE Mode
11b 21 24
11g 21 24
11n 21 24
(dBm)
Total Tx
Power
(dBm)
Table 12 Tx Power 2.4 GHz
Tx Power 5 GHz
Per
Chain
IEEE Mode
11a 21 24
11n 21 24
Table 13 Tx Power 5 GHz
(dBm)
Total Tx
Power
(dBm)
Physical Dimensions
Weight: 12 grams (including shield)
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65-VF320-P2
WLAN MiniPCI a/b/g/n Adapter
Product Specification and Modular Installation
Figure 2 PCB and Shield Mechanical Drawing (dimensions in millimeters)
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65-VF320-P2
WLAN MiniPCI a/b/g/n Adapter
Product Specification and Modular Installation
Modular Installation
The 65-VF320-P2 is designed specifically for Broadband Gateways and other similar Access Point
applications. The 65-VF320-P2 uses a miniPCI connecto r for insertion into an attaching system. However,
the 65-VF320-P2 does not conform to the miniPCI PCB size or power restrictions
Below is a “typical” 65-VF320-P2 module installation:
Align the miniPCI connector on the 65-VF320-P2 with the miniPCI receptacle on the attaching
system, taking care to fit the notch in the bottom left of the radio module with the tab on the miniPCI
receptacle on the attaching system (see
• Firmly press the radio card towards the attaching system until the clips engage.
• Disseminating end-user documentation for the installation/removal of the 65-VF320-P2 is
expressly prohibited by regulatory statues.
Figure 3 ).
.
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65-VF320-P2
p
WLAN MiniPCI a/b/g/n Adapter
Product Specification and Modular Installation
Notch
Figure 3 Radio Module Alignment
65-VF320-P2 Antenna Specifications
The 65-VF320-P2 provides support for three antennas per radio module. These antennas are connected by
way of Hirose connectors. It must be noted that there are no special requirements for the types of antennas
used with MIMO technology. The specifications for the antennas that have been used with the 65-VF320P2 are as follows:
• Frequency Range: 2.4 to 2.5 GHz and 5.15-5.85 GHz
Cli
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65-VF320-P2
WLAN MiniPCI a/b/g/n Adapter
Product Specification and Modular Installation
• Impedance: 50 Ohms nominal
• VSWR: 2.0
• Normal Gain: 2 dBi @ 2.4-2.5 GHz
*For FCC certification, the 5.25-5.35GHz and 5.47-5.725 Frequency Bands are disabled by software.
• Radiation: Omni-directional
• Polarization: Vertical
Product Labeling
The 65-VF320-P2 radio transmitter module is authorized only for use in a device where the antenna may be
installed such that 20 cm can be maintained between the antenna and the users. End-user products
containing 65-VF320-P2 modul es
This product contains FCC ID: J9C-65VF320P2 module
Product Usage
This device is intended only for OEM/ODM integrators under the following conditions:
1. The antenna must be installed such that 20 cm is maintained between the antenna and users.
2. The transmitter module may not be co-located with any other transmitter or antenna.
3. Use only authorized antenna(s) as described in the FCC filing under FCCID: J9C-65VF320P2
You are cautioned that changes or modificatio ns not expressly approved by the party responsible for
compliance could void you authority to operate the equipment.
The OEM/ODM integrator is responsible for testing their product for any additional
compliance mandates required when this module is installed within an end-user product.
3 dBi @ 5.15-5.85 GHz*
MUST have affixed to their labels the following phrase:
i IMPORTANT NOTE: In the event that these conditions cannot be met, then the FCC
authorization is no longer considered valid and the FCC ID number cannot be used on the
final product and thus the OEM/ODM integrator will be responsible for re-evaluating the
end product (including the transmitter) and obtaining a separate FCC authorization.
Product Documentation
Following RF exposure information shall be supplied in end-users manual for products containing the 65VF320-P2:
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65-VF320-P2
WLAN MiniPCI a/b/g/n Adapter
Product Specification and Modular Installation
IMPORTANT NOTE:
To comply with FCC RF exposure compliance requirements, the antennas
used for this transmitter must be installed to provide a separation distance of
at least 20 cm from all persons and must not be co-located or operating in
conjunction with any other antenna or transmitter.
This equipment has been tested and found to comply with the limits for a Class B digital
device, pursuant to part 15 of the FCC rules. These limits are designed to provide
reasonable protection against harmful interference in a residential installation. This
equipment generates uses and can radiate radio frequency energy and, if not installed and
used in accordance with the instructions, may cause harmful interference to radio
communications. However, there is not guarantee that interference will not occur in a
particular installation. If this equipment does cause harmful interference to radio or
television reception, which can be determined by turning the equipment off and on, the
user is encouraged to try to correct the interference by one or more of the following
measures:
-Reorient or relocate the receiving antenna.
-Increase the separation between the equipment and receiver.
-Connect the equipment into an outlet on a circuit different from that to which the
receiver is connected.
-Consult the dealer or an experienced radio/TV technician for help.
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