Download Pantum P3010-P3060 Series Windows Driver ERP V1.6.14 Download Pantum P3010-P3060-P3300 Series Mac Driver V1.1.2codesign Download Pantum Ubuntu Driver V1.1.5.tar. Jun 03, 2017 FT-101F Latest in the FT-101 series. All updates applied. 160-10 meter transceiver. 11 meters as AUX position. Improved (PB1582) Noise Blanker. Speech Processor and DC Converter. FT-101FE Economy FT-101F model. All FT-101F specifications except, No Speech Processor (available as an option). FT-101FX Extreme Economy FT-101F Model.

• 101f Driver License
• 101f Driver Updater

Yaesu FT-101 is a model line of modular amateur radiotransceivers, built by the Yaesu Corporation in Japan during the 1970s and 1980s. FT-101 is a set that combines a solid state transmitter, receiver and a tube final amplifier. Its solid state features offer high-performance, low-current characteristics and its tube amplifier provides an almost mismatch-resistant transmitter and tuner stage. FT-101s were made with plug-in circuit boards that could be sent to the dealer or factory for replacement or repair. Until then, modular design was unprecedented in the amateur community. This also explains the fact why so many FT-101s are still in use today. The rig was sold worldwide as Yaesu FT-101 and in Europe as Yaesu FT-101 and as Sommerkamp FT-277. Because of its reliability it earned its nickname 'the workhorse'.^[1][2][3][4]

Technical description[edit]

The original FT101 Series (1971-1977) had dual conversion, with 5 MHz Receiver first IF, a very stable and linear 9 MHz VFO and 3.2 MHz 2nd IF. They had a 12BY7A tube driver feeding two 6JS6C television sweep tubes providing a nominal output power of 130 watts peak envelope power in single sideband, 90 watts continuous wave and 40 watts amplitude modulation. The 6JS6C tubes are matched to the antenna through a conventional pi network. This transforms 3000 ohm output impedance of the tubes to a low impedance, typically 25 to 200 Ohms. These tubes were common to television sweep circuits in the day, and were in practice just as rugged and reliable in amateur service as genuine transmitter tubes such as the 6146.

These rigs were extremely reliable, and various improvements were made over the model range, especially to the receiver, from Mk1, Mk2, B and E models (very few F models were ever produced). This was also one of the first all-in-one box rigs, as it had a built-in AC Mains and 12V DC inverter power supply and even a loudspeaker, which made it ideal to use portable (it even had a carrying handle on the side). They also included two switched crystal-controlled positions for Novice license holders, who were restricted to crystal controlled transmission until the late-1970s. This feature was also required for Maritime Mobile operation.

101f Driver License

All models after the Mk1 came with a PA fan, and the E models had a built-in RF Speech Clipper.

The FT101 was virtually the only rig that had adjustable temperature compensation in the VFO, when properly adjusted it is extremely stable. An outboard Digital Display was available, the YC601.

Thousands of these transceivers are still going strong today, as even if any parts do fail, they are readily replaceable with standard components. Sherwood Engineering lists this rig as having one of the most sensitive and quietest receivers of any rig.

Yaesu also brought out a pair of separates, using almost every circuit from the FT101 - the FR101 Receiver and FL101 Transmitter.

The Later FT101Z series (1978-1985) was a completely different rig, much more cheaply engineered. It was single conversion from a 9 MHz IF, lower power PA tubes and no plug-in circuit boards. It also came without a 12V inverter power supply.

Specifications[edit]

• Range: 1.8-30 MHz (160/80/40/20/15/11/10 m) 160 m not covered on the Mk1 versions, 10.0-10.5 MHz (WWV receive only)
• Modes: CW, USB, LSB, AM
• Power Output: SSB 260 watts PEP DC In (130 watts out), CW 180 watts PEP DC In (90 watts out), AM 80 watts PEP DC In (40 watts out).
• RX Sensitivity: Better than 0.3uV for 10 dB S/N
• TX Freq Response: 300 – 2700 Hz
• RX Freq Response: 300 – 2700 Hz Standard Yaesu SSB Filter, 600 Hz with Optional Yaesu CW Filter
• Optional Filters: 300 – 1800 Hz SSB Narrow (Fox Tango Filter), 250 Hz CW Narrow (Fox Tango or SMC Filter)
• Audio Output: 3 watts
• AC Power: 110-240 V Rx 45 W, Tx 350 W
• DC Power: 13.5 V Rx 0.6 A, Tx 21 A
• Weight: 33 pounds (15 kg)
• Size: 13¹⁄₂ by 6 by 11¹⁄₂ inches (340 mm × 150 mm × 290 mm)

The unit could receive from 10.0-10.5 MHz in order for reception of the WWV time and frequency standards. The unit could transmit and receive on the 160 m, 80 m, 40 m, 20 m, 15 m, and 10 m amateur radio bands. WARC band coverage was possible using aftermarket kits. All FT101 models covered the 11 metre band, but for the USA market the band crystal was often removed as well as the 11m link cut on the Driver bandswitch wafer. The Mk2, B, E, and F versions included reception and transmission on the 160 meter band, as well. Although the Mk1 did not cover 160M, there was an AUX band position, and some Yaesu dealers offered a 160M modification.

The unit can modulate using either upper sideband (USB), lower sideband (LSB), continuous wave (Morse Code), or amplitude modulation (AM). The power available in these modes is 130 W (SSB), 90 W (CW), 40 W (AM). The standard I.F. crystal filter used for transmission passed 300 Hz to 2700 Hz.

Accessories[edit]

Many station accessories were available including the FV-101 remote VFO,FL-2100 Linear Amplifier, SP-101PB Phone Patch with Speaker or SP-101 Speaker-only, YO-100 or YO-101 Monitor Scope, YC-601 Digital Display Unit, FTV-250 2 Meter Transverter, FTV-650 6 Meter Transverter, YP-150 Dummyload / Watt Meter, YD-844 Dynamic Desk Microphone and QTR-24 World Clock

Models[edit]

Many models in the FT-101 series were manufactured in its timeline:^[5]

• The FT-101 - early model 1971 (ser # <25000) was an 80-10m band transceiver brought out in the United States which was known for its strong receiver overload, TX spurs and audio problems. This includes the unofficial subtypes Mk 0 (-06000), Mk 0A (06001-07991), Mk I (08000-23999) and Mk II (24000-24999).
• The FT-101 - late model 1972 including the unofficial Mk IIA (ser # >25000) was the same transceiver with major modifications to receiver, regulator, IF and audio boards.
• An FT-101A type was never produced.
• The FT-101B - early model 1973 (ser # <6000) 160-10m band transceiver with improved IF (PB1183B), Audio (PB1315) and Noiseblanker (PB1292) boards.
• The FT-101B - late model 1974 160-10m band transceiver (ser # >6001) with upgraded regulator (PB1314A), IF (PB1180B) and audio (PB1315A) boards.
• The FT-101BS (1973) (only for the Japanese market) with a single 6JS6C tube and only 50 watt output.
• An FT-101 C or D type was never produced.
• The 1975 FT-101E 160-10m band transceiver with RF speech processor was brought out in 3 subtypes: early (ser # <15000) with (PB1494) Processor board; mid - (ser # 15001-20500) with (PB1534) Processor board and late (ser # >20501) with (PB1534A) processor, (PB1547A) regulator, (PB1183C) IF, (PB1315B) audio and (PB1582) blanker boards.
• The FT-101EE was the economy FT-101E type which had all FT-101E specifications but without speech processor (was available as an option). Produced from 1976-1979
• The FT-101EX was the Extreme Economy FT-101E type which had all FT-101E specifications without speech processor (available as an option); DC converter for mobile use (available as an option); microphone, DC cord, or 160M crystal and a 10A crystal only.
• The FT-101ES was a special FT-101E model for the Japanese market only with a single 6JS6C tube and 50 watt output.
• The FT-101F was the latest in the 160-10m band series, and had an improved (PB1582) noise blanker, speech processor and DC converter boards. However, most FT101F models were badged as FT101Es outside Japan, so if you own a late model FT101E it may well actually be an FT101F.
• The FT-101FE economy FT-101F type had all FT-101F specifications except speech processor (available as an option).
• The 1977 FT-101FX extreme economy FT-101F type had all FT-101F specifications except speech processor (available as an option), DC converter for mobile use (available as an option), microphone, DC cord, or 160M crystal, 10A crystal only. This also was the last type of the original 101 series.
• The 1978 FT-101Z 160-10m band transceiver was a completely different rig, using a different I.F.s, and sadly engineered much more cheaply than the original FT101 series, for example no plug-in boards, no DC Inverter, etc etc.

• The 1980 FT-101ZD type with the WARC amateur bands added (first ZD models did not have WARC bands), was the same as the FT101Z but with digital readout and with selectable AM or FM included. This model was produced until 1985 and the last of the Yaesu FT-101 series which ceased production in 1986.

History and lore[edit]

Because critical circuit designs were kept to a manageable size, hams had no problem in offering circuit changes, isolating and repairing problems. This knowledge base was so active that in January 1972, Milton Lowens (call sign WA2AOQ), founded the International Fox Tango Club and the Fox Tango Newsletter. The Fox Tango Newsletters were published for 14 years covering the early FT-101s through the latest Yaesu transceivers in 1985.

This HF radio was the same model used by Jim Jones in Jonestown before the 1978 mass suicide.^[5]

Also used in the tv series 'Jericho', as hawkins uses it to decode morse code.

References[edit]

1. ^Amateur Radio Relay League (1 June 1991). Radio Buyer's Sourcebook. American Radio Relay League. ISBN978-0-87259-345-9.
2. ^Ham Radio Magazine. Communications Technology, Incorporated. 1982.
3. ^'YAESU-Musen 101 line'. YaesuMuseum.com. Retrieved 21 December 2017.
4. ^Schetgen, Bob. 'A New Life For Your FT-101'(PDF). ARRL.org. ARRL. Retrieved 21 December 2017.
5. ^ ^abThe Yaesu FT-101 Page NW2M

External links[edit]

• NW2M's page at qsl.net

Further reading[edit]

• Al Rabassa, NW2M (May 2020). 'The Yaesu FT-101 Turns 50'. QST. American Radio Relay League. 104 (5): 85–86. ISSN0033-4812.

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xxxN = New feature, xxxF = Fixed bug

Dec 15 2020 v4.0.0 - 2012218
187N - BINL Parse ServaAsset.inf files for WDS assets
186N - BINL ServaPENet parse ServaAsset.inf login delay variables
185N - BINL non-ASCII character detection in ServaAsset.inf files
184N - BINL non-ASCII character detection in Unattend.ini files
183N - BINL ServaPENet handling new errors 0x4CF, 0x520, etc.
182N - BINL ServaPENet login algorithm improved robustness
181N - BINL ServaPENet injected in stand-alone bootable WIMs
180N - BINL ServaPENet run user defined exe/bat/cmd/ps1
179N - BINL ServaPENet Task Sequence Management (TSM) engine
178N - DHCP MAC Vendor Name List, 39982 entries
177F - BINL ServaPENet ComputerName change detection
176F - BINL ServaPENet CRC concatenated algorithm
175F - BINL WIA_WDS file change CRC detection
174F - BINL NWA_PXE file change CRC detection
173F - BINL ServaPENet BIOS/UEFI detection
172F - TFTP Directory traversal vulnerability
171F - TFTP Vulnerability when client request does not use TSIZE

Nov 30 2018 v3.2.0
170N - ALL Development migrated to MS VS 2017; Serva binaries run on Windows XP SP3 and up
160N - BINL Support for pxeserva.0/efi menus with more than 99 entries per level
158N - TFTP Client RFC 7440 GET_RQ and PUT_RQ support
157N - TFTP Server RFC 7440 PUT_RQ support
156N - TFTP Client Pick file dialog box
155N - TFTP Enforced Windowed mode replaced by RFC 7440
154N - TFTP Error simulation engine delay capabilities
153N - HTTP Autoindex Nginx style automatically offered to Curl and Wget HTTP clients
152F - HTTP Vulnerability (DoS) https://www.exploit-db.com/exploits/40905/
151F - TFTP Client malformed error messages
150F - TFTP Client not initialized under certain conditions
140F - FTP FTP Server Registered user root directory pick dialog box
139F - ALL MessageBox() center alignment

May 03 2016 v3.0.0
138N - BINL UEFI support
137N - BINL WIA_RIS_SHARE automatic test
136N - BINL WIA_WDS_SHARE automatic test
135N - BINL NWA_PXE_SHARE automatic test
134N - BINL Recursive Boot.wim injection.
133N - BINL Head directory name non-ASCII character detection
132N - BINL Head directory name space character detection
131N - BINL Head directory name as menu name when booting default named WIMs
130N - DHCP White/Black list MAC filter engine
129N - DHCP Embedded MAC Ethernet vendor codes
128N - DHCP MAC Ethernet vendor codes manually add/overwrite
127N - PDHCP Protocol Tab
126N - TFTP Improved windowsize algorithm
125N - HTTP Default root Favicon
124N - ALL About/Settings/Help buttons moved to System menu
123F - BINL WIM injection; count of multi referenced files
122F - BINL Default menu title change after Serva update/upgrade
121F - BINL Menu entry wrong order when using special chars on head directory
120F - BINL Sub-Menus not capitalized when initially defined
119F - BINL ServaBoot.wim creation fail if Boot.wim is read only
118F - BINL Renaming head directory of unnamed WindowsPE assets
117F - BINL Renaming head directory of RIS assets
116F - FTP anonymous account not working properly w/o a registered account

Oct 29 2013 v2.1.4
115N - HTTP Improved file browsing cosmetic
114F - HTTP Resources bigger than 2Gb under certain conditions
113F - DHCP giaddr reply logic in relay situations
112F - PDHCP DHCPACK reply port logic under certain conditions
111F - TFTP RFC-1350 error recovery under certain conditions
110N - TFTP uSleep engine; inter-frame delay control
109N - LOG [Ctrl]+C Copy to Clipboard
108N - LOG [Ctrl]+[Shift]+C Copy all to Clipboard
107F - BINL RIS OSs driver extraction from SPx.CAB x=1,2,3
106F - BINL Menu auto-numbering alignment
105F - TFTP Vulnerability cert.org VU#127108
104F - TFTP Client Browse button malfunction on x64
103F - DHCP Settings IP fields ignoring last digit xxx.xxx.xxx.xx_
102F - FTP Misleading 'wrong password error' given when root directories are invalid
101F - FTP Handling Error 430 Invalid username or password
100F - ALL Settings dialog box alignment on x64
099F - ALL Crash on saving settings under certain conditions

Feb 02 2013 v2.1.0
098N - BINL Booting WinPE files
097N - BINL Booting/Installing Non-Windows Assets (NWA)
096N - BINL WDS Unattend.xml/Unattend.ini support
095N - BINL RIS Unattended (winnt.sif edition) support
094N - BINL menu.def edition support
093N - BINL pxeserva.0; menu.def TFTP load on first attempt
092N - DHCP Mask based MAC filter
091N - DHCP Improved response on back-to-back scenarios
090N - HTTP Resources bigger than 2Gb support
089N - HTTP Range Request support.
088N - HTTP HEAD method support.
087F - BINL Parsing XML table of non conformant WIMs
086F - BINL BCD sk record
085F - BINL Vesamenu ESC key when exiting sub-menus
084F - BINL Menu text algorithm on multi-image Install.wim
083F - TFTP Occasionally not releasing transferred file handle
082F - TFTP Abort transfer time-out message wrong Block#
081F - TFTP Block counter overflow logic
080F - DHCP Settings, drawing artifact on Treelist border
079F - DHCP Settings, Treelist resource handle leak
078F - DNS Bad conformed request vulnerability
077F - HTTP Bad conformed request vulnerability
076F - HTTP Settings, Root directory validation logic
075F - FTP Settings, Anonymous Root directory validation logic
074F - FTP Settings, Registered Root directory validation logic
073F - TFTP Settings, Root directory validation logic
072F - SNTP mS algorithm.
071F - ALL LastWindowPos support for multi-monitor systems
070F - ALL Assertion on Log message storm
069F - ALL Assertion on Serva exit under certain thread conditions
068F - ALL Delay on first Serva start

May 08 2012 v2.0.0
067N - BINL MS Multi-OS netboot; WAIK independent RIS/WDS Net protocol & Processes emulation
066N - LOG Ctrl[Shift]-Up/Down browses Err, Warn, or Err+Warn Log messages
065N - LOG Ctrl[Shift]-MouseWheeL browses Err, Warn, or Err+Warn Log messages
064N - LOG F1 launches Serva.chm Log Help
063N - TFTP new engine supporting 'windowsize' option negotiation
062N - TFTP new engine supporting enforced 'windowed' mode.
061N - TFTP new engine including error simulation capabilities
060N - LOG Simpler message schema for TFTP traffic
059N - ALL LOG pane selected as default when Serva starts
058F - PDHCP Some messages were mistakenly logged as DHCP
057F - ALL ListView focused line incorrect format for center and right aligned labels
056F - DHCP processing of static leases (let Serva to generate a new ini !! )

Nov 15 2011 v1.5.0
055N - DHCP Unassigned & Custom options support HEX and uninterpreted ASCII input
054N - ALL Win2000 Pro & Win2000 Server support (thanks John from Holland)
053N - DHCP 'Next Server' (siaddr) user defined input (thanks Oliver Knapp)
052N - DHCP protocol options parsed on Proxy DHCP answers
051N - DHCP option 249 Classless Route option (MS)
050N - DHCP option 252 Proxy Autodiscovery
049N - ALL Improved mouse right click button logic (thanks Benjamin Brisson)
048N - ALL ListView tool-tip style unfold of partially hidden labels.
047N - PDHCP sname = gethostname() only when TFTP is ON, NULL otherwhise.
046F - DHCP Keep parameters when service gets disabled (thanks Benjamin Brisson)
045F - DHCP option 52 error message
044F - DHCP option 66 enabled
043F - DHCP MAC Filter option name 'reject' replaced by 'ignore'

Aug 21 2011 v1.4.0
042F - HTTP/FTP/TFTP 64Bit Directory dialog box
041F - SYSLOG 64Bit File dialog box
040F - DHCP 64Bit Settings dialog tab (thanks Sam)
039F - 64Bit app icon display
037F - Registry variable LastWindowPos moved to Serva.ini (thanks webfork)
038N - DHCP option 67 Bootfile name (chain-loading) enabled

101f Driver Updater

Jul 09 2011 v1.3.0
036F - TFTP Client Local/Remote file requirement vs GET/PUT
035F - TFTP Client -File exist, overwrite it?-
034F - TFTP anticipation window log message
033N - ALL ListView/ListBox right button popup menu (Copy/Copy All/Clear All)
032N - DHCP dotted decimal IP variables in Serva.ini (let Serva to generate a new ini !! )
031N - SYSLOG log file browse button
030N - DHCP WINS option does not copy DNS setting
029N - DHCP Domain Name Server option RFC 2132 compliant (multi-dns)
028N - DHCP Router option RFC 2132 compliant (multi-router)
027N - DHCP Subnet Mask optional CIDR style notation
026N - DHCP GUI handled DHCP protocol options (0 to 254)
025N - DHCP GUI handled MAC Filter policy (off/reject/accept)
024N - DHCP GUI handled MAC Filter list
023N - DHCP GUI handled Static Leases control (enable/disable)
022N - DHCP GUI handled Static Leases list
021N - DHCP improved speed
020N - FTP GUI handled port option
019N - FTP GUI handled local ports pool option
018N - HTTP GUI handled port option
017N - HTTP GUI handled default page option
016N - HTTP/FTP/TFTP new directory dialog box style
015N - ALL Improved Settings dialog logic and input validation
014N - ALL Added Regular expression based user input validators

May 14 2011 v1.2.1
013F - HTTP directory traversal vulnerability (Acunetix Vulnerability Report)
012F - HTTP denial of service vulnerability (Acunetix Vulnerability Report)

May 07 2011 v1.2.0
011F - DHCP static lease
010N - DHCP will display vendor names along with mac addresses when Serva.evc is present
009N - DHCP will not honor requests coming from Serva's own interfaces
008N - Configuration dialog 'What's this?' style context-sensitive help
007N - Improved general log engine performance
006F - DHCP, RENEWING & REBINDING time according to RFC2131
005F - About dialog incorrect topmost style
004.1F - Listview objects not scrolling correctly
004.0F - Listview objects not correctly displayed when switching tab panes
003.1F - Proxy DHCP didn't work correctly if IP pool was 0. (thanks Michael Kolowicz)
003.0F - Proxy DHCP unnecessarily invoking scanforleases()/Dhcp_Display_Leases()
002F - Some erratic GUI glitches.
001F - FTP SITE CHMOD & minor bug fixes

June 16 2010 v1.2.0B2