Cace Technologies AirPcap N プリント

CACE Technologies
1949 5th Street, Suite 103
Davis, CA 95616
www.cacetech.com
tel: 530.758.2790
fax: 530.758.2781
email: info@cacetech.com

Creative
Advanced
Communication
Engineering

About the Company
CACE Technologies was founded on the vision
and commitment to develop the best networking
products and services for our customers.
Our clients and partners range from network
administrators, to application developers, and
corporate CIOs. We are dedicated to helping
them meet all of their networking and product
development needs and challenges.

CACE Technologies’ staff combines accomplished
computer scientists, engineers, and the team that
created Wireshark and WinPcap. Their collective
experience and talents come together to offer
exciting networking products and a full range of
engineering, development, and consulting services.

C A C E T E C h n o l o g i E s

“The Wireshark/AirPcap 802.11n solution

provided by CACE Technologies is a fundamental
tool in Intel’s 802.11n protocol testing and

evaluation. Along with outstanding 802.11n

protocol support, the physical layer information
reported on a per-packet basis, such as noise
and signal modulation, has proved invaluable.

CACE’s use of open source tools will ease sharing
of information between Intel and our customers

and competitors, which has been a long-standing
issue during the extended 802.11n Draft process.

CACE’s quick delivery of a stable and feature-

rich product is an outstanding example of quality
software development and customer orientation.”

— LArry AvErITT

Intel Corporation

Mobility Group

System requirements

•  Pentium compatible or better
•  Available CardBus 32 bit slot
•  Microsoft

Windows 2000, 2003, XP, or Vista (32 bit only)

Hardware Specifications

•  Cardbus 32 bit dual band adapter
•  Based on the Atheros AR5008 chipset
•  Dual band metal PIFA Antenna x 2 and chip antenna x 1
•  Operating voltage: 3.3V +/- 5%
•  Modulation techniques: 802.11n a/b/g

- DSSS (DBPSK, DQPSK, CCK)

- OFDM (BPSK, QPSK, 16-QAM, 64QAM)

• Capture of A-MPDU and A-MSDU frames
• Supported channels

- All 802.11 b/g channels (1-14)

- All 802.11 a channels

• Supported modes

- Legacy mode

- HT20 and HT40 mixed mode

- When in HT40 mode, the adapter captures HT40,

HT20, and legacy mode packets

•  1µ hardware timestamps on the captured frames
•  HT modulation coding schemes (MCS) 0-15
•  Support for up to 2 spatial streams (channel bonding)
•  3x3 MIMO
•  Detection of short guard interval

Wireshark Protocol Dissector Specifications

• Support for the following key 802.11 n fields

- High Throughput (HT) Control

- High Throughput (HT) Capabilities

- High Throughput (HT) Information

- Aggregated MAC Protocol Data Unit (A-MPDU)

- Aggregated MAC Service Data Unit (A-MSDU)

- Block Ack/Block Ack Request

- Multiple Input Multiple Output (MIMO) Control

- High Throughput (HT) Action Frame

- Measurement Request/Report

In addition to the above listed fields, 802.11 protocol analysis
in Wireshark has been extended to encompass the entire
802.11 n D1.10/D2.0 specification. To complement the 802.11 n
specification, fields from other wireless specifications (802.11 ma,
802.11 k, and 802.11 r) have been implemented as well.