Motorola PMP 100, PMP 400 manual PMP 430 5.4 and 5.8-GHz Ofdm with 10MHz Channels, Smaller Packets

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Release 11.0

Release Notes and User Guide Supplement

For 1/8 Cyclic Prefix the calculation is

64 Bytes/fragment x 3 fragments/slot x 17 slots/frame x 400 frames/sec x 8 bits/byte = 10.4 Mbps

For 1/16 Cyclic Prefix the calculation is

64 Bytes/fragment x 3 fragments/slot x 18 slots/frame x 400 frames/sec x 8 bits/byte = 11.0 Mbps

With 5MHz channels, 9.2 Mbps is a typical maximum aggregate (uplink plus downlink) throughput for larger packet sizes in a system configured with 1/4 cyclic prefix. For 1/8 cyclic prefix systems

10.4Mbps is a typical maximum aggregate throughput and for 1/16 cyclic prefix 11.0 Mbps is a typical maximum aggregate throughput. Longer range settings can reduce the number of slots in a frame and packet size (breakage on 64-byte boundaries) can affect packing efficiency (the percentage of fragments fully packed with 64 bytes).

PMP 430 (5.4 and 5.8-GHz OFDM) with 10MHz Channels:

For 1/4 Cyclic Prefix the calculation is

64 Bytes/fragment x 3 fragments/slot x 33 slots/frame x 400 frames/sec x 8 bits/byte = 20.2 Mbps

For 1/8 Cyclic Prefix the calculation is

64 Bytes/fragment x 3 fragments/slot x 37 slots/frame x 400 frames/sec x 8 bits/byte = 22.7 Mbps

For 1/16 Cyclic Prefix the calculation is

64 Bytes/fragment x 3 fragments/slot x 42 slots/frame x 400 frames/sec x 8 bits/byte = 25.8 Mbps

With 10MHz channels, 20.2 Mbps is a typical maximum aggregate (uplink plus downlink) throughput for larger packet sizes in a system configured with 1/4 cyclic prefix. For 1/8 cyclic prefix systems 22.7 Mbps is a typical maximum aggregate throughput and for 1/16 cyclic prefix

25.8Mbps is a typical maximum aggregate throughput. Longer range settings can reduce the number of slots in a frame and packet size (breakage on 64-byte boundaries) can affect packing efficiency (the percentage of fragments fully packed with 64 bytes).

PMP 430 (5.4 and 5.8-GHz OFDM) with 20MHz Channels:

For 1/4 Cyclic Prefix the calculation is

64 Bytes/fragment x 3 fragments/slot x 73 slots/frame x 400 frames/sec x 8 bits/byte = 44.8 Mbps

For 1/8 Cyclic Prefix the calculation is

64 Bytes/fragment x 3 fragments/slot x 81 slots/frame x 400 frames/sec x 8 bits/byte = 49.7 Mbps

For 1/16 Cyclic Prefix the calculation is

64 Bytes/fragment x 3 fragments/slot x 86 slots/frame x 400 frames/sec x 8 bits/byte = 52.8 Mbps

With 20MHz channels, 44.8 Mbps is a typical maximum aggregate (uplink plus downlink) throughput for larger packet sizes in a system configured with 1/4 cyclic prefix. For 1/8 cyclic prefix systems 49.7 Mbps is a typical maximum aggregate throughput and for 1/16 cyclic prefix

52.8Mbps is a typical maximum aggregate throughput. Longer range settings can reduce the number of slots in a frame and packet size (breakage on 64-byte boundaries) can affect packing efficiency (the percentage of fragments fully packed with 64 bytes).

Smaller Packets

With smaller packets, the system constraint is processing power in any module handling the traffic stream. Even though there may be airtime or slots available, the overall throughput is limited by packet handling ability.

Issue 1, March 2011

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Contents Software Release Release Notes and User Guide Supplement Trademarks, Product Names, and Service Names Table of Contents List of Tables Regulatory and Legal NoticesList of Figures Introduction Release 11.0 OverviewDocument Change History AbbreviationsTechnical Support Feedback on DocumentationP7/P8/P9/P10/P11 Hardware Series Phone Canada Asia and PacificEurope, Middle East, and Africa Latin and Central AmericaApplicability Modulation PMP Radio Series PTP Radio Series Module TypeObtaining Cnut Upgrade Packages Upgrading to ReleaseRelease 11.0 Features FeaturesSM Receive Target Level can now be Affected Details Regions Products Feature DescriptionSee for Radius Implementation Overview Radius for PMPRadius Functions Configuring AP and SM for Radius SM Authentication DisabledAuthentication Server BAM Tested Radius ServersSM Authentication Mode Require Radius or Follow AP APs Configuration Security tabSM Phase 1 Outside Identity parameters and settings SM Phase 2 Inside Identity parameters and settingsHandling Certificates Certificate management on SMsConfiguring Your Radius Server for SM Authentication Using Cnut to distribute certificates to SMsConfiguring Your Radius Server for SM Configuration Value SM GUI Page Tab Parameter Default SizeCanopy Radius Vendor Specific Attributes VSAs Name Number TypeMotorola-Canopy-ULBL Motorola-Canopy-DLBRMotorola-Canopy-DLBL Motorola-Canopy-VLLEARNNENAP Technician/Installer/Administrator Authentication SM Technician/Installer/Administrator Authentication APs Account User Authentication tabConfiguring Your Radius Server for Device Access Tracking ProceduresAccess Tracking Configuring a basic systemPage Improvements and issues resolved in Release Resolved IssuesProducts Issue Discussion Affected Known Open Issues Release 11.0 known open issuesProducts Description Discussion and Recommendations Affected BAM 169.254/16 SM IP address space to access DNS services Region Code as Test with MIRUS Region Code Operation PMP AP and PTP BH Region Code Set to United StatesGHz Ofdm PMP & PTP U.S. Region Code operation OfdmPMP 430 Center Channels GHz FSK PMP & PTP U.S. Region Code operationPMP 430 center channels by channel bandwidth and region code PMP 100 AP/SM DFS operation based on region code PMP 100 Series DFS Operation Based on Region CodeGHz Region Code PTP 100 backhaul operation based on region code PTP 100 Series DFS Operation Based on Region CodeRegion GHz Code1 PMP 400/430 and PTP 200 DFS operation based on region code PMP 400/430 and PTP 200 DFS Operation Based on Region CodeRegion Code Frequency Radio Platform Canopy MIB Definitions Performance Benchmarking ProcessSystem Performance and System Constraints PMP 430 5.4 and 5.8-GHz Ofdm with 20MHz Channels PMP 430 5.4 and 5.8-GHz Ofdm with 10MHz ChannelsSmaller Packets Benchmark Definition Pps Important Note on Modifications Regulatory and Legal NoticesNational and Regional Regulatory Notices FCC ID ABZ89FC5804 Within MHz ISM band MHz channels Centered on Industry Canada IC Notification Release Release Notes and User Guide Supplement European Union Notification for 5.7 and 5.8 GHz Product Equipment DisposalEU Declaration of Conformity for RoHS Compliance UK NotificationBelgium Notification Luxembourg Notification11.2.10Czech Republic Notification 11.2.11Norway Notification11.2.14Labeling and Disclosure Table for China 11.2.13Australia NotificationChina disclosure table Exposure separation distances RF Exposure Separation DistancesModule Type Separation Distance from Persons Calculated exposure distances and power compliance margins # SLegal Notices Software License Terms and ConditionsRelease Release Notes and User Guide Supplement Hardware Warranty in US Limit of Liability

PTP 100 (FSK), PMP 400, PTP 200 (OFDM, PMP 100 specifications

Motorola has long been a key player in the wireless communications market, known for its innovative solutions that cater to various connectivity needs. Among its diverse product range, the Motorola PMP 100 and PTP 200 series stand out as robust solutions for both point-to-multipoint (PMP) and point-to-point (PTP) applications, utilizing advanced modulation technologies such as OFDM (Orthogonal Frequency-Division Multiplexing) and FSK (Frequency Shift Keying).

The Motorola PMP 100 series is designed for wireless broadband access, enabling operators to provide high-speed internet connectivity to rural and underserved areas. Its capability to support multiple users makes it an ideal choice for ISPs looking to deliver last-mile connectivity. The PMP 100 operates in the 2.4 GHz and 5.7 GHz frequency bands, ensuring flexibility and compliance with various regulatory requirements. One of its key features is the use of OFDM technology, which enhances spectral efficiency and minimizes interference, resulting in reliable data transmission even in challenging environments.

On the other hand, the PTP 200 series focuses on point-to-point communication, offering high-capacity backhaul links between two locations. The PTP 200 is optimized for performance in line-of-sight scenarios, featuring advanced antenna options and narrow beam width capabilities. This product also leverages OFDM technology, which provides increased data rates and improved capacity, supporting applications such as video surveillance, voice over IP, and enterprise connectivity.

In addition to the PMP and PTP 200 series, Motorola also offers the PMP 400 and PTP 100, which utilize FSK modulation. The PMP 400 series further advances the capabilities of wireless broadband access, featuring enhanced error correction, allowing for better performance in adverse conditions. This series is particularly well-suited for environments with high noise levels, making it a reliable choice for industrial applications. The PTP 100 series, on the other hand, operates effectively in point-to-point scenarios with lower bandwidth requirements, ensuring cost-effective solutions for dedicated leased line services.

In summary, the Motorola PMP and PTP series represent a comprehensive suite of wireless communication solutions, utilizing advanced modulation technologies like OFDM and FSK to deliver high-speed, reliable connectivity. These products demonstrate Motorola's commitment to innovation, addressing the diverse needs of users ranging from ISPs to enterprise customers, all while ensuring robust performance and ease of deployment in various environments.
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