Motorola Canopy Broadband Wireless AP Module operates with a raw data rate of 10 Mbps and has a range of approximately ten miles (2.4 GHz SM with reflector). Each Motorola Canopy Broadband Wireless AP requires a 24-volt power source and uses a single 10/100 BaseT Half/Full duplex connection to interface into Motorola Canopy CMM or appropriate network connection. |
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Package Includes: |
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P/N |
Description |
Quantity |
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2401APBC |
2.4 GHz Motorola Canopy Wireless Access Point Module with AES |
1 |
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ACPSSW-02 |
90-230VAC Power Supply-Euro |
Not Included (sold separately) |
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SMMB1 |
Canopy Universal Mounting Bracket |
Not Included (sold separately) |
Motorola Canopy Broadband Wireless AP Module Specifications:
| Description |
2.4 GHz AP AES |
| Canopy Part Number |
2401AP |
| Signaling Rate |
10 Mbps |
| Typical LOS Range |
5 Mi (8 km) |
| Typical Aggregate Useful Throughput |
7 Mbps |
| Frequency range of band |
ISM 2400-2483.5 MHz |
| Non-overlapping Channels |
3 |
| Channel Width |
20 MHz |
| Channel Spacing |
every 2.5 MHz |
| Modulation Type |
High Index 2-level Frequency Shift Keying (FSK) optimized for interference rejection |
| Encryption |
AES capable |
| Latency |
15 msec |
| Carrier to Interference ratio (C/I) |
~3dB @ 10 Mbps, ~10dB @ 20 Mbps at -65dBm |
| Nominal Receiver Sensitivity (dbm typical) |
-86 dBm |
| Antenna Gain (dB) |
8 dB |
| EIRP (dB) |
Adjustable |
| Equivalent Isotropic Radiated Power (EIRP) |
Adjustable from 10 mW to 2.0 W |
| DC Power (typical) |
0.3 A @ 24 VDC = 7.2 W |
| Antenna Beam Width |
3 dB antenna beam width 60 degrees, Azimuth and Elevation |
| Mean Time Between Failure (MTBF) |
40 yr |
| Temperature |
-40° C to +55° C (-40° F to +131° F) |
| Wind Survival |
190 km/hr (118 miles/hr) |
| Dimensions |
11.75 in H x 3.4 in W x 3.4 in D (29.9 cm H x 8.6 cm W x 8.6 cm D) |
| Weight |
.45 kg (1 lb) |
| Access Method |
Time Division Duplexing/Time Division Multiple Access (TDD/TDMA) |
| Interface |
10/100 Base T, half/full duplex. Rate auto negotiated (802.3 compliant) |
| Protocols Used |
IPV4, UDP, TCP, ICMP, Telnet, HTTP, FTP, SNMP |
| Network Management |
HTTP, TELNET, FTP, SNMP Version 2c |
| FCC ID |
ABZ89FC5808 |
| Industry Canada Certification Number |
109W-2400 |
| FIPS |
AES product is FIPS 197 certified |
Picture presents Motorola Canopy Access Point AP Cluster with GPS Antenna
Motorola Canopy Access Point (AP) Cluster
Motorola Canopy Access Point (AP) Cluster is a base station that can incorporate between one and six Motorola Canopy Broadband Wireless AP Modules and up to two Motorola Canopy Wireless Backhaul Modules (BH). Each Motorola Canopy Broadband Wireless AP module operates with a 60-degree directional antenna to provide coverage to one sector. One of the unique capabilities of Motorola Canopy Broadband Wireless system is its ability to synchronize the transmission timing of Motorola Canopy Broadband Wireless AP Modules in all of Motorola Canopy AP Clusters. The GPS receiver in Motorola Canopy CMM is the key to delivering this system level synchronization. The synchronization of Motorola Canopy Broadband Wireless AP transmission along with the specially designed Motorola Canopy Time Division Duplex (TDD) air interface ensures that all Motorola Canopy Broadband Wireless AP Modules transmit at the same time while all Motorola Canopy Broadband Wireless Subscriber Modules (SM) are in a listen mode. This synchronization also ensures that when Motorola Canopy Wireless Subscriber Modules (SMs) are transmitting, all Motorola Canopy Broadband Wireless AP Modules are listening. This synchronization, enabled by Motorola Canopy Cluster Management Module (CMM), ensures that Motorola Canopy system does not interfere with itself, since Motorola Canopy Broadband Wireless AP Modules do not interfere with each other and Motorola Canopy Subscriber Modules (SMs) do not interfere with each other. This unique characteristic delivers an ability to scale the network where Motorola Canopy Broadband Wireless AP Clusters can be added to the network to improve system coverage or capacity without increasing the system interference.
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