Icom IC-V82 | |
---|---|
Technical data | |
Frequency range [1] | 136–174 MHz |
Frequency steps | 2.5–50k Hz |
Emission power | 7 W (H), 4 W (M), 0.5 W (L) PEP |
modulation | FM |
No. of channels | 207 channels with 6 scans + 1 call |
consumption | Reception: 20 mA, Emission: 1 A max. |
Operating voltage | 6 – 10.3 V, nominal voltage 7.2 V |
Measurements and weight | |
high | 139 mm |
width | 54 mm |
depth | 36.7 mm |
weight | approx. 390 grams |
More information | |
Manufacturer | COM |
Scope of application | radio amateurs, (semi)professional users |
The Icom IC-V82 is a VHF band handheld transceiver designed by Icom for radio amateurs and professionals who require VHF communication. Although it is a little outdated, (launched in 2004 and discontinued in 2014), the IC-V82 is still valued in the second hand market for a number of additional features [1] such as the ability to convert it, by adding a module, into a digital device, which make it ideal for certain applications requiring voice and/or data encryption. [2]
It is a portable VHF transceiver with coverage in the two-meter band (144–146 MHz) and a maximum output power of 7 watts. [1] It was manufactured and sold by Icom from 2004 to 2014. [3]
One of the most outstanding features of the IC-V82 is the ability to convert it into a digital device using the additional UT-118 module sold by Icom Inc.. [2] This module allowed the addition of advanced digital communication and encryption capabilities, including a trunking DMR protocol, digital voice communication and low-speed data in D-STAR format. [1]
In June 2022, United Against Nuclear Iran, a U.S. advocacy organization, identified the Icom IC-V82 as being used by Hezbollah, a U.S. designated Foreign Terrorist Organization. It sent a letter to Icom outlining its concerns about the dual-use capability of the transceiver (analog+crypted-digital) [2] and regarding Icom's business ties to Power Group (Icom's representatives in Lebanon) and Faza Gostrar, which claims to be the "Official ICOM representative in Iran". [4] [5]
Many of the devices purchased by Hezbollah that later played a role in the 2024 Lebanon electronic device attacks, killing at least 25 people and wounding over 708, were reported as being IC-V82s. [6] [7] Icom opened an investigation into the case on September 19, 2024, [8] [9] while a sales executive at the company's U.S. subsidiary said the devices involved appeared to be counterfeit units. [10]
After Icom discontinued the IC-V82 in 2014, [11] counterfeit models emerged in China. In addition, another counterfeit model was sold to Hezbollah, and many of the devices used by this group, including pagers like the Gold Apollo AR924, [12] were exploded on September 18, 2024. [13]
Having ceased its production, Icom issued an advisory warning about counterfeit transceivers, including the IC-V82. [14] [15] In October 2018, the company issued a cease-and-desist order against a Chinese manufacturer suspected of producing counterfeit Icom products; it also noted that this was not the first time it had taken such steps. [16]
IIDAS is Icom's implementation of the NXDN protocol [17] for two-way digital radio products intended for commercial private land mobile radios (PLMRs) and low-end public safety communications systems. NXDN is a Common Air Interface (CAI) technical standard for mobile communications. It was jointly developed by Icom and Kenwood Corporation.
The "open" D-STAR radio system was developed by Icom based on digital radio protocols developed by the Japan Amateur Radio League and funded by the Ministry of Posts and Telecommunications of Japan. [18] This system is designed to provide advanced voice and data communications over amateur radio using open standards.
The IC-V82 has a variety of accessories that improve its functionality and ease of use:
In radio communication, a transceiver is an electronic device which is a combination of a radio transmitter and a receiver, hence the name. It can both transmit and receive radio waves using an antenna, for communication purposes. These two related functions are often combined in a single device to reduce manufacturing costs. The term is also used for other devices which can both transmit and receive through a communications channel, such as optical transceivers which transmit and receive light in optical fiber systems, and bus transceivers which transmit and receive digital data in computer data buses.
Very high frequency (VHF) is the ITU designation for the range of radio frequency electromagnetic waves from 30 to 300 megahertz (MHz), with corresponding wavelengths of ten meters to one meter. Frequencies immediately below VHF are denoted high frequency (HF), and the next higher frequencies are known as ultra high frequency (UHF).
A walkie-talkie, more formally known as a handheld transceiver, HT, or handheld radio, is a hand-held, portable, two-way radio transceiver. Its development during the Second World War has been variously credited to Donald Hings, radio engineer Alfred J. Gross, Henryk Magnuski and engineering teams at Motorola. First used for infantry, similar designs were created for field artillery and tank units, and after the war, walkie-talkies spread to public safety and eventually commercial and jobsite work.
Yaesu is a Japanese brand of amateur radio equipment, founded as Yaesu Musen Co., Ltd. in 1959 by a Japanese radio amateur Sako Hasegawa in Yaesu, Japan, a district of Tokyo.
Icom Inc. is a Japanese manufacturer of radio transmitting and receiving equipment, founded in 1954 by Tokuzo Inoue with the company's original name being "Inoue". Its products now include equipment for radio amateurs, pilots, maritime applications, land mobile professional applications, and radio scanner enthusiasts.
Kenwood is a Japanese brand for consumer electronics. Since October 2011, Kenwood has been owned by JVCKenwood as a result of a merger between Kenwood Corporation and JVC. Kenwood manufactures audio equipment such as AM/FM stereo receivers, cassette tape decks/recorders, amateur radio equipment, radios, cellular phones, speakers and other consumer electronics.
Irving "Al" Gross was a pioneer in mobile wireless communication. He created and patented many communications devices, specifically in relation to an early version of the walkie-talkie, Citizens' Band radio, the telephone pager and the cordless telephone.
D-STAR is a digital voice and data protocol specification for amateur radio. The system was developed in the late 1990s by the Japan Amateur Radio League and uses minimum-shift keying in its packet-based standard. There are other digital modes that have been adapted for use by amateurs, but D-STAR was the first that was designed specifically for amateur radio.
NXDN stands for Next Generation Digital Narrowband, and is an open standard for public land mobile radio systems; that is, systems of two-way radios (transceivers) for bidirectional person-to-person voice communication. It was developed jointly by Icom Incorporated and Kenwood Corporation as an advanced digital system using FSK modulation that supports encrypted transmission and data as well as voice transmission. Like other land mobile systems, NXDN systems use the VHF and UHF frequency bands. It is also used as a niche mode in amateur radio.
The SCR-300, designated AN/VRC-3 under the Joint Electronics Type Designation System, was a portable radio transceiver used by US Signal Corps in World War II. This backpack-mounted unit was the first radio to be nicknamed a "walkie talkie".
United Against Nuclear Iran (UANI) is a bipartisan, non-profit advocacy organization based in the United States. Its stated objective is to "prevent Iran from fulfilling its ambition to become a regional super-power possessing nuclear weapons." Along with other advocacy campaigns, the organization leads efforts to pressure companies to stop doing business with Iran as a means to halt the Iranian government's nuclear program and its alleged development of nuclear weapons.
A personal radio service is any system that allows individuals to operate radio transmitters and receivers for personal purposes with minimal or no special license or individual authorization. Personal radio services exist around the world and typically use light-weight walkie talkie portable radios. The power output, antenna size, and technical characteristics of the equipment are set by regulations in each country. Many regions have standardized personal radio service rules to allow travelers from one country to use their equipment in another country. Examples of standardized services include PMR446 and FM Citizens Band Radio (CB) in the EU and several other countries/regions. 26–27 MHz CB radio is the oldest personal radio service and is used in nearly every country worldwide, with many countries and regions copying the United States 40-channel frequency plan. In many countries, CB radio is less popular due to the availability of other personal radio services that offer shorter antennas and better protection from noise and interference.
Gold Apollo Co., Ltd. is a Taiwanese manufacturer of wireless paging systems.
The ICOM IC-705 is a multimode HF/VHF/UHF portable amateur radio transceiver. The radio has 5 watts of output when using its internal battery and 10 watts of output when using external power. With the rise in award programs such as Summits on the Air, and Parks on the Air this lightweight fully functional radio is a popular choice for people using them in the field. The IC-705 has support for a wide variety of commonly used amateur radio modes including ICOM's proprietary digital voice mode D-STAR. The IC-705 is also one of the first mainstream amateur radios to use SDR technology instead of the older superheterodyne design. Additionally the IC-705 has multiple extra features that are useful when operating in the field. Supporting the radio's D-STAR module is a GPS receiver to allow users to send their location though the D-STAR network as well as help locate nearby repeater systems. In addition to the GPS receiver the radio supports 2.4 GHz Wi-Fi which allows users to connect their computers or tablets to the IC-705 for running digital data modes such as PSK31, Winlink, and FT8. The radio has been praised for its size, easy to use menus, large easy to read screen and the quality of its build. Common criticisms of the radio include its lack of a built in antenna tuner and its price compared to other more powerful radios on the market.
The ICOM IC-7300 is a multimode 6 meter, 4 meter and HF base station amateur radio transceiver. The IC-7300 was announced to the public at the Japan Ham Fair in 2015. The radio has 100 watts output on CW, SSB, and FM modulations and 25 watts of output in AM. Although not the first software-defined radio on the market, the IC-7300 was the first mass-produced mainstream amateur radio to use SDR technology instead of the older PLL-based transceiver design. Designed to replace the older IC-746PRO the IC-7300 is smaller and significantly lighter than its predecessor. Like many other radios of its class the IC-7300 has an internal antenna tuner and contains an internal audio card accessible over USB. This allows the radio to be used for popular digital modes such as PSK31, Winlink, and FT8. The radio has received praise for its easy to use menus, large readable screen, and excellent audio processing.
The ICOM IC-7100 is a multimode HF/VHF/UHF mobile amateur radio transceiver. The IC-7100 has support for a wide variety of commonly used amateur radio modes including ICOMs proprietary digital voice mode DSTAR. Additionally the radio offers 100 watts on HF, 50 watts on VHF, and 35 watts on UHF. The IC-7100 is unique in that it has a large detachable control head with a slanted display so the transmitter can be installed elsewhere in a vehicle or home. The receiver used in the IC-7100 is a triple conversion superheterodyne and has excellent DSP and audio filters. The IC-7100 allows for connection to a computer over USB which enables the radio to be used for popular digital modes such as FT8, Winlink, and Packet Operation. Locations of nearby repeaters and sending APRS locations can be done with an optional GPS receiver attachment. Notable features that the IC-7100 lacks is an internal antenna tuner.
The ICOM IC-905 is a multimode VHF/UHF/SHF portable amateur radio transceiver. The radio has between 10 and 0.5 watts of transmitter output depending on the frequency selected. The radio was announced by ICOM on 22 August 2022 at the Tokyo Ham Radio Fair in Japan. The IC-905 has support for a wide variety of commonly used amateur radio modes including the Japan Amateur Radio League's digital voice mode DSTAR. The form factor of the control head for the IC-905 is similar to that of the IC-705 and includes its large screen and spectrum scope. With the radio unit being remotely controlled from a distance in order to reduce loss over long coax cable runs. This is an important adaptation for this radio system as losses increase with the frequency being used. The IC-905 uses a built in GPS receiver to stabilize its frequency and time base. It has been noted that the IC-905 has a wide range of frequencies but lacks the 222MHz and 902MHz amateur bands as these are only available in North America and not Japan. The unit supports up to four external antennas and has built in support for wired Ethernet, USB Type C and an SD card reader. The addition of a USB connector allows users to connect their computers to the IC-905 for running digital data modes such as PSK31, or FT8, the integration of Ethernet support will be a useful feature for mobile contesters.
On 17 and 18 September 2024, thousands of handheld pagers and hundreds of walkie-talkies intended for use by Hezbollah exploded simultaneously in two separate events across Lebanon and Syria, in an Israeli attack nicknamed Operation Grim Beeper. The attack killed at least 42 people, including at least 12 civilians. The estimates of the number of injured ranged from 1,500 Hezbollah fighters to 4,000 civilians. Victims had injuries including losing fingers, hands, and eyes, as well as brain shrapnel. The incident was described as Hezbollah's biggest security breach since the start of the Israel–Hezbollah conflict in October 2023.
{{cite news}}
: CS1 maint: multiple names: authors list (link)