Fusion Identification

Similar documents
CARA Flea Market. System Fusion Digital Communication Solutions

WIRES-X Portable Digital Node Function. Instruction Manual

WIRES-X Portable Digital Node Function. Instruction Manual

Introducing the C4FM/FM and Repeater System. Leading Amateur Communications Into the Future

Why Digital? Simple And Powerful. Chris Petersen, K9EQ

Recreation Facility Hours

SYSTEM FUSION & WIRES-X. AN OVERVIEW Parker Radio Association 2/22/2018

WWVB Receiver/Decoder With Serial BCD or ASCII Interface DESCRIPTION FEATURES APPLICATIONS

Setting up a Wires-X node station and why you would want to

MAGNETIC FIELD METER Operator s Manual

TS79M00 Series 3-Terminal 500mA Negative Voltage Regulator

Cactus V6 Firmware Release Notes

TSM6866SD 20V Dual N-Channel MOSFET

Model 633 Very Low Jitter LVPECL or LVDS Clock

Cross-band Repeating

CE Radio Test Report

MAGNETIC FIELD METER Operator s Manual

Model 356P/L Advanced PLL LVPECL or LVDS VCXO

Testing Motorola P25 Conventional Radios Using the R8000 Communications System Analyzer

AMERITRON RCS-12 AUTOMATIC ANTENNA SWITCH

SAW components. SAW RF filter Short range devices. RF360 Europe GmbH A Qualcomm TDK Joint Venture. Date: September 15, 2017 Version: 2.

Software Defined Radios

BFoxCon Manual. Version 0.2 October 30, 2017

WWVB Receiver/Decoder Module With Serial BCD Interface DESCRIPTION FEATURES APPLICATIONS

Model 653 Very Low Jitter LVPECL or LVDS Clock

Ultra Low Quiescent Current 5V/150mA Fixed-Voltage Ultra Low LDO

Crossband Repeaters (CBR) OCCA Meeting April 10, 2017

P3 Panadapter Transmit Monitor Option Frequently Asked Questions Rev B, Aug 2016

DragonLink Advanced Transmitter

SAW components. SAW RF filter Digital radio. RF360 Europe GmbH A Qualcomm TDK Joint Venture. Date: April 26, 2017 Version: 2.1

Microphone audio, from the MFJ-1278B to your transmitter. Ground, audio and PTT common. Push-to-talk, to allow the MFJ-1278B to key your transmitter.

Contesting Experimentation DXing

TECHNICAL NOTES MT-4 Radio Systems TN182 Battery Level Reporting and Remote P25 Test Tone

N-Channel Power MOSFET 600V, 1A, 10Ω

TONY'S MUSIC BOX LTD. USED RENTAL INVENTORY SALE LIST UPDATED NOVEMBER 10, 2017 ADDITIONAL

Ultra Low Jitter LVPECL or LVDS Clock

Ultra Low Quiescent Current 5V/150mA Fixed-Voltage Ultra Low LDO

EPUB # YAESU FT 1500M EBOOK

Product Review FTM-400DR 144/430 MHz Dual Band Transceiver Peter Hartfi eld VK3PH

Ordering Guide. VRX1000 Vehicle Radio Extender. 8A087X01 Revision 2.9. December 19, 2018

Welcome to Ham Radio 201 New General / Extra Session

3-Termal 500mA Negative Voltage Regulator

TSM V P-Channel MOSFET

TSM4936D 30V N-Channel MOSFET

N-Channel Power MOSFET 800V, 0.3A, 21.6Ω

TSC873 NPN Silicon Planar High Voltage Transistor

FCC Test Report. : ASE Group 4F,No 133, Sec 4, Mingsheng E Rd, Songshan Dist, Taipei, Taiwan

Configuration Program for OZ4HZ Version 2 Tracker (rev ).

PLETRONICS NCF4 Series

PLETRONICS TCD4 FEMTOCELL Series

Development of the QSX transceiver kit

SAW components. SAW RF Uplink 2in1 input diplex filter Base stations LTE band 5 and 13. RF360 Europe GmbH A Qualcomm TDK Joint Venture

N-Channel Power MOSFET 100V, 160A, 5.5mΩ

RMV25 / RMV50 RMU25 / RMU45

The amazing evolution of the 706 series

N-Channel Power MOSFET 900V, 4A, 4.0Ω

N-Channel Power MOSFET 100V, 81A, 10mΩ

Customer Service Bulletin SD Upgrade to SLP45400 Low Voltage/High Voltage Power Supply PCB

Dual P-Channel MOSFET -60V, -12A, 68mΩ

Programming Parameter Guide

TSM V P-Channel MOSFET

Programming Parameters - Feature Comparison : Rev 1

XLR PRO Radio Frequency (RF) Modem. Getting Started Guide

N-Channel Power MOSFET 60V, 38A, 17mΩ

Hytera. PD41X Patrol Management System. Installation and Configuration Guide

TS-590SG HF/ 50MHz All-Mode TRANSCEIVER_

Basic Transceiver tests with the 8800S

TSM V N-Channel MOSFET

Cross Band Repeaters. December 7, 2017 Judy Halchin KK6EWQ. Cupertino ARES/RACES

Guide for Calculating Radio Licence Fees

Ordering Guide. VRX1000 Vehicle Radio Extender. 8A087X01 Revision 2.7. April 20, 2018

OUTDOOR SOUND MODULE/TRANSMITTER MODEL: THE BANDIT

SM44T Series 3.3 V CMOS Clock Oscillators April 2017

PLETRONICS TCD3 Series

N-Channel Power MOSFET 40V, 3.9A, 45mΩ

TSM V P-Channel MOSFET

Not Recommended. TSM V N-Channel MOSFET. PRODUCT SUMMARY V DS (V) R DS(on) (mω) I D (A) Features. Block Diagram. Application

Radio Basics: How to Choose Your First Radio. April 2017 Communications Academy Instructor: Carl Leon, N7KUW

DMR Application Note Testing MOTOTRBO Radios On the R8000 Communications System Analyzer

Dual N-Channel MOSFET 30V, 20A, 20mΩ

INDEX...2 INTRODUCTION...3 IMPORTANT NOTES...3 INSTALLING THE SOFTWARE...3 ST-965 PROGRAMMING SOFTWARE...6

Application Note: Testing P25 Conventional Radios Using the Freedom Communications System Analyzers

Technician License Course Chapter 5. Lesson Plan Module 11 Transmitters, Receivers and Transceivers

N-Channel Power MOSFET 700V, 11A, 0.38Ω

Quick Site Testing with the 8800SX

TS19371 Boost (Step-up) WLED Driver with OVP

Application Note: DMR Application Note Testing MOTOTRBO Radios On the Freedom Communications System Analyzer

RF Wireless Serial Device Server

Remote Switching. Remote Gates. Paging.

USB Port Medium Power Wireless Module SV653

ADDENDUM 1. Bid# , Radio Interoperability System for the Sheriff's Office

Not Recommended. TSM V P-Channel MOSFET. PRODUCT SUMMARY V DS (V) R DS(on) (mω) I D (A) Features. Block Diagram. Application

Dual N-Channel MOSFET 30V, 20A, 20mΩ

Package Pin Out Configuration. Part Number Compliance Marking Reel Size (inch) Tape Width (mm) Quantity per Reel UMC4NQ-7 Automotive NP ,000

PLETRONICS THA3 Series

3-Terminal 500mA Positive Voltage Regulator

IQADA00 Single/Dual Channel Analog Audio Distribution Amplifier

Installation & Operation Manual SAGA1-K Series Industrial Radio Remote Control

SM77D Series 3.3 V CMOS Clock Oscillators January 2016

2013 Rainfall Report for Hays County, Texas

Transcription:

Fusion Identification Identification techniques used on Yaesu Fusion products Recent changes are in RED General Comments DO NOT COPY AND POST THIS DOCUMENT TO ANOTHER SITE. There are several identifiers that are used in Yaesu s Fusion. The most useful are: 1. Model Number 2. EAN/JAN 3. Type 4. Serial Number 5. Transmitter Identifier 6. Board version 7. Software version It is obvious that some of the information is incomplete, particularly in the area of lot and TYP numbers. Please let me know of any additions or corrections. Thanks!! K9EQ-Fusion-PDF-0014 Rev. 6 2-Oct-2017 1 of 10

Table of Contents General Comments 1 Table of Contents 2 Model Number 3 Table 1 Yaesu Fusion Production Runs 3 EAN/JAN 4 Table 2 Yaesu EAN/JAN Identifiers 4 TYP 4 Table 3 Yaesu Distribution TYP Codes 4 Serial Number 5 Table 4 Yaesu Modern Serial Number Secret Decoder Ring 5 Transmitter Identifier 6 Table 5 Fusion Transmitter Identifier Prefix Identification 6 Lots 7 Table 6 Lot Numbers 7 Software Versions 8 Repeater 8 Radios 8 Revision History 9 Table 7 Revision History 9 Disclaimer 10 Copyright 10 K9EQ-Fusion-PDF-0014 Rev. 6 2-Oct-2017 2 of 10

Model Number The model number is the well-known identifier that we re accustomed to using when telling people what radio we have. The Yaesu product line consists of the following. Table 1 Yaesu Fusion Production Runs Model Description Product Status Production Dates 1 FT1D Dual-band HT Ended 4/13 - Summer 2015 FT1XD Dual-band HT Ended Fall 2015 - Spring 2017 FT2DR Dual-band HT Current 7/15 - FT70D Dual-band HT Current May 2017 - FTM-100 Dual-band mobile Current 5/15 - FTM-400DR Dual-band mobile Ended 10/13 - Summer 2015 2 FTM-400XDR Dual-band mobile Current Fall 2015 - FTM-3200 2 meter Current 3/16 - FT-991 HF/VHF/UHF Ended Fall 2014-9/16 FT-991A HF/VHF/UHF Current 9/16-3 DR-1 Repeater Ended 11/13 - Summer 2015 DR-1X Repeater Current 7/14-10/17 DR-2X Repeater Current 9/17 - HRI-200 WiRES-X interface Current 2013 - CT-41 Drop-in charger Current 2008-1 The FT-1DR and FT-2XDR are the same radio, supplied with a different battery pack. 2 The FTM-400XDR uses a higher performance GPS than the FTM-400DR. 3 Approximately 100 DR-1s were deployed as part of Yaesu s Fusion Beta program. K9EQ-Fusion-PDF-0014 Rev. 6 2-Oct-2017 3 of 10

EAN/JAN The EAN/JAN number is essentially the part number and is a kit of several components that typically include cables, microphone, etc. Yaesu are shown in the table below. Table 2 Yaesu EAN/JAN Identifiers Model FT1DR FT2DR FTM-400DR FTM-100DR DR-1 DR-1X FT1XDR FTM-400XDR EAN/JAN AH044M022 AH060M002 AH034M003 AH048M003 TBD AH043U007 TBD TBD FT-991 FT-991A HRI-200 CT-41 TBD AD006X001 AAG12X002 TYP Type appears to indicate the configuration of the radio. Radios distributed in different regions might require a different TYP where things such as maximum power output, frequency coverage, operating voltage, and supplied accessories may vary. The table below lists the known TYPs. Table 3 Yaesu Distribution TYP Codes TYP A2 DIST USA?? K9EQ-Fusion-PDF-0014 Rev. 6 2-Oct-2017 4 of 10

Serial Number The construction of the current Yaesu serial numbers is detailed in the table below. Table 4 Yaesu Modern Serial Number Secret Decoder Ring Character(s) L->R Meaning Example 4 1 Last digit of year of manufacturing 3 = 2013, 2003, or 1993 2 Month of manufacturing as follows: 3M = November 2013 Jan Feb Mar Apr May June July Aug Sept Oct Nov Dec C D E F G H I J K L M N 3-4 Number of manufacturing lot for that month 3M26 = 26th lot Nov 2013 5-8 Unit number of the lot 3M260112 = 112th unit in lot 26 manufactured in November 2013 4 It s necessary to know the period over which the radio was manufactured to select the correct decade. K9EQ-Fusion-PDF-0014 Rev. 6 2-Oct-2017 5 of 10

Transmitter Identifier Each Fusion transmitter has a unique identifier. This identifier is present in every digital transmission. It s used to know which radio transmitted - the programmed call sign is not used. This is how four radios, all programmed with K9EQ, can be separately tracked in the Fusion/WiRES-X system. You can determine your transmitter ID by going to the Group Mode menu. A transmitter ID consists of a Capital letter followed by a number. These first two characters can be used to identify the type of radio. The following characters can be alphanumeric with upper and lower case. The combination of 26+26+10 = 62 and three character positions allows for 62 3 = 238,328 identifiers for each model prefix. The table below lists transmitter ID prefixes and the type of radio. Table 5 Fusion Transmitter Identifier Prefix Identification Prefix Model Notes E0 FT1DR FT1XDR Original dual band, 1 ana/dig Rx, 1 ana Rx, GPS, APRS, CD-41 drop in E5 FT2DR High end graphic display dual band, 2 ana/dig Rx, GPS, APRSCD-41 drop in F0 FTM-400DR FTM-400XDR High end mobile color remote display, 1 ana/dig Rx, 1 ana Rx, GPS, APRS F5 FTM-100DR High end mobile monochrome display 1 ana/dig Rx, GPS, APRS G0 FT-991 FT-991A HF, V/UHF 1 ana/dig Rx. 991A adds spectrum analyzer from factory. H0 FTM-3200 Low end monoband mobile, 1 Rx ana/dig. H5 FT70D Low end HT, 1 Rx ana/dig. R0 DR-1 Beta pre-release, 100 distributed R0 DR-1X Original dual-band ana/dig repeater R5 DR-2X Dual-band repeater w/optional LAN, dual Rx. Example IDs: F00xy E5AZG F0jzW K9EQ-Fusion-PDF-0014 Rev. 6 2-Oct-2017 6 of 10

5 R003M - W0MDT repeater Just to be clear, every radio has a unique ID that is transmitted with every digital transmission. You cannot change the ID or prevent it from being sent. So I d suggest it s a very bad idea to steal a Fusion radio or to jam and irritate other users with it. The call sign programming has no effect on the transmitter ID. Lots Yaesu uses the term lots to describe engineering changes (they would say improvements, we might say corrections ) to their products. The lot numbers are assigned in pairs (I m not sure why, possibly an indication of a PCB change or not). For example, the FT-991 had 8 lot numbers. The first lot had problems with failure of the finals on both the HF and V/UHF power amplifiers. Lots 2 made significant changes on the HF side. Lot 8 made the most changes on both the HF and V/UHF sides and was the final lot for FT-991 production. It is difficult to determine the lot number as Yaesu does not provide an indication of when the lot changes occur as a function of serial number. If you examine the PCB board, or main board for the V/UHF radios, there are three small numbers on each side with each number in a square box. The numbers are on the silkscreen, solder mask, and upper PCB trace. The highest of these three numbers is likely the lot number for that PCB. In the case of the FT-991, the two power amplifier boards are probably most revealing. The same DSP module is used in the repeater, FTM-1/400, and the FT-991(A) and similarly indicates its lot number. A black stamp on the PCB indicates the version of the PCB. Known versions are listed in the table below. Table 6 Lot Numbers Model/Board Version Approx. Date FTM-400 Main TBD 2013-2014 FTM-400 Main TBD 2014 FTM-400 Main 7 2015 5 The repeater will transmit its Tx identifier when the input is FM and output is digital. K9EQ-Fusion-PDF-0014 Rev. 6 2-Oct-2017 7 of 10

Software Versions Repeater Yaesu s repeater version identification system is a little bit strange. It uses the format of: N.MMA where N is the numeric major version, MM is the numeric minor version, and A is the alpha sub-version. A is unusual in that it goes through the sequence of A, B,, Z, a, b,, z. Some example version numbers are: 1.00Z 1.00m 1.10D To make things even worse, there are incompatibilities between main/sub version numbers and the letter sequence. DR-1 repeaters with the 1.00 sequence of [A-Z], [a-z] cannot use the firmware for repeaters using the 1.10 sequence. And to be totally inconsistent, the repeater versions are mostly for the main firmware component but they may (or may not) also correspond to certain DSP, panel, and Tx firmware versions which are numbered more conventionally (below). There are also firmware (or data) images within the repeater that are not individually identified except by the main component of the repeater s main firmware version number. Argh! Radios Fortunately the individual radios are not as bad as the repeater with their firmware components numbered more conventionally. However, there may be up to four different firmware versions used in a radio (FT-991). Each software/firmware product has it s own sequence. For example, the FTM-400 main processor, panel processor, and DSP will all have their own independent version numbers. The version numbers for different components are usually not the same with a particular radio or across radios. The one (so far) exception is the DSP where its version number is common across all Fusion radios. Radio firmware uses the major.minor notation where a change in the major number indicates a significant 6 feature change and the minor number indicates improvements and optimizations. 6 This is a common phrase that Yaesu uses to address all bug fixes and performance improvements. Yaesu, like others, generally only itemize feature changes in their revision histories. K9EQ-Fusion-PDF-0014 Rev. 6 2-Oct-2017 8 of 10

Revision History Table 7 Revision History Revision Date Description 6 2-Oct-2017 Added termination date for DR-1X 5 21-Sep-2017 Added FTM-3200, FT70D, and DR-2X 4 TBD Added FT-991A 3 27-Jun-2016 Added FTM-3200 2 Added XDR radios 1 Initial Release K9EQ-Fusion-PDF-0014 Rev. 6 2-Oct-2017 9 of 10

Disclaimer This document was authored by K9EQ. You use the information in this document at your own risk. Whatever happens to your radio including failure to function, malfunction, generation of interference, spontaneous combustion, electric shock, emotional stress, divorce, loss of friends, clinical depression and tying up repeaters complaining about K9EQ and his documents, before or after viewing this document is your responsibility. While there is absolutely no blame on our part for any error we make, no matter how stupid or unkind, your suggestions or corrections to this document are appreciated and will be considered for inclusion in the next version. Copyright This document is Copyright 2016-2017 by K9EQ and HamOperator.com. All rights reserved. You may use this document as you wish providing its use does not violate any law or Yaesu published instructions. If you transmit this document to another person by any means, it must remain unaltered from the original. Encourage others to obtain this document via direct download from http://www.hamoperator.com - and thus ensuring retrieval of the latest version. You may modify your own version with your own notes, but are then prohibited from distributing that version. DO NOT COPY AND POST THIS DOCUMENT TO ANOTHER SITE. It is constantly being updated and freezing the document in time would be a disservice to the community. Rather link to this document at: http://www.hamoperator.com/fusion/fusionfiles/k9eq-fusion-pdf-0014-fusion-identification.pdf This URL will not change. K9EQ-Fusion-PDF-0014 Rev. 6 2-Oct-2017 10 of 10