New Repeater List as of October 2010 - Compiled by: 9w2yon@amsat.org

CALLSIGN	LOCATION	FREQUENCY	OWNER
9M4RDA	KOTA BHARU, KELANTAN	147.650 -0.6 203.5	MARTS
9M4RAB	BACHOK, KELANTAN	147.725 -0.6 233.6	AKRAB
9M4RGT	TUMPAT, KELANTAN	146.975 -0.6 67.0	AKRAB
9M4RPT	JELI, KELANTAN	147.750 -0.6 67.0	AKRAB
9M4RNK	KUALA KRAI, KELANTAN	146.9125 -0.6 67.0	AKRAB
9M4RTM	TANAH MERAH, KELANTAN	146.850 -0.65 167.9	ARECTMJ
9M4RTJ	JELI, KELANTAN	146.950 -0.6 167.9	ARECTMJ
9M4RTG	B. LAKIT, GUA MUSANG, KELANTAN	147.6125 -0.6 100	ARECTMJ
9M4RPS	PASIR PUTEH, KELANTAN	147.825 -0.6 97.4	PUTRA
9M4RDD	PASIR MAS, KELANTAN	146.6375 -0.6 186.2	RES’K
	GUA MUSANG, KELANTAN	147.8875 -0.6 107.2	PRAGA
	KOTA BHARU, KELANTAN	147.675 -0.6 97.4	COBRA
9WV347	B. MARAK, KELANTAN	145.675 -0.6 103.5	ASTRA (T)
9M4RBP	B. PANAU, TANAH MERAH, KELANTAN	145.7375 -0.6 85.4	ASTRA (L)
9M4RDE	KUALA KRAI, KELANTAN	146.875 -0.6 85.4	ASTRA (L)
9M4RDB	JELI, KELANTAN	146.775 -0.6 85.4	ASTRA (L)
9M4RDF	GUA MUSANG, KELANTAN	146.8125 -0.6 103.5	ASTRA (T)
9M4RBK	B. BAKAR, MACHANG, KELANTAN	147.7875 -0.6 123	MARES
9M4RNT	B. BINTANG, BESUT, TERENGGANU	147.975 -0.6 203.5	MARTS
9M4RTA	B. KUANG, CHUKAI, TERENGGANU	146.750 -0.6 203.5	MARTS
9M4RSC	SETIU, TERENGGANU	146.600 -0.95 233.6	SCORE
9M4RBA	B. BINTANG, BESUT, TERENGGANU	147.625 -0.6 123	PEMANCAR
9M4RBJ	B. JERUNG, MARANG, TERENGGANU	147.800 -0.6 123	PEMANCAR
9M4RBG	KUALA BERANG, TERENGGANU	145.000 +0.6 123	PEMANCAR
9M4RBT	B. BAUK, DUNGUN, TERENGGANU	147.000 -0.6 123	PEMANCAR
9M4RTK	B. KESING, SETIU, TERENGGANU	146.750 -0.6 103.5	ASTRA (T)
9M4RAS	B. GELIGA, CHUKAI, TERENGGANU	147.925 -0.6 103.5	ASTRA (T)
9M4RAC	B. BUBUS, BESUT, TERENGGANU	146.6875 -0.6 85.4	ASTRA (L)
9M4RCD	B. PELINDUNG, KUANTAN, PAHANG	146.100 +0.6 118.8	PERAMAH
9M4RCC	B. FRASER, RAUB, PAHANG	147.700 -0.6 118.8	PERAMAH
9M4RBI	B. IBAM, MUADZAM, PAHANG	147.800 -0.6 118.8	PERAMAH
9M4RCA	CAMERON HIGHLAND, PAHANG	147.000 +0.6 118.8	PERAMAH
	KUALA LIPIS, PAHANG	146.000 +0.6 118.8	PERAMAH
9M2RUK	G. ULU KALI, PAHANG	147.900 -0.6 203.5	MARTS
9M4RLG	G. ULU KALI, PAHANG	147.125 -0.6 203.5	MARTS (T)
9M4RCH	CAMERON HIGHLAND, PAHANG	145.450 -0.6 203.5	MARTS (T)
9MV338	B. SULAI, KUANTAN, PAHANG	147.675 -0.6 103.5	ASTRA (T)
9M4RGB	G. BERINCHANG, PAHANG	146.625 -0.6 103.5	ASTRA (T)
9M4RGH	B. GENTING, PAHANG	145.675 -0.6 103.5	ASTRA (T)
9M4RCF	B. FRASER, PAHANG	146.9375 -0.6 103.5	ASTRA (T)
9M4RAA	B. TELEMONG, KARAK, PAHANG	147.6375 -0.6 103.5	ASTRA (L)
9M4RES	G. ULU KALI, PAHANG	147.775 -0.6 123	MARES
9M4RMP	B. SULAI, KUANTAN, PAHANG	147.875 -0.6 123	MARES
9M4RGA	B. GENTING, PAHANG	147.825 -0.6 233.6	AKRAB
9M2RTB	G. TELAPA BURUK, NEGERI SEMBILAN	145.625 -0.6 203.5	MARTS
9M4RNS	SEREMBAN, NEGERI SEMBILAN	145.375 -0.6 233.6	NESRAC
9M4RHE	BANDAR MELAKA	146.825 -0.6 203.5	MARTS
9M4RKA	B. KATIL, MELAKA	146.750 -0.6 88.5	ASTRA (L)
9M4RMA	B. BERUANG, MELAKA	147.925 -0.6 85.4	ASTRA (L)
	TANJUNG BIDARA, MELAKA	145.990 -1.0 123	MARES
9M2RKK	B. LANJAN, KUALA LUMPUR	147.980 -0.6 203.5	MARTS
9M4RKL	B. LANJAN, KUALA LUMPUR	439.600 -5.0 203.5	MARTS
9M4RBC	SHAH ALAM, SELANGOR	147.750 -0.6 85.4	ASTRA (L)
9M2RBB	B. PENARA, PENANG	147.950 -0.6 203.5	MARTS
9M4RPP	B. BENDERA, PENANG	439.525 -5.0 203.5	MARTS
9M4RPH	B. BENDERA, PENANG	147.825 -0.6 203.5	MARTS (T)
9M4RBB	B. BENDERA, PENANG	145.7375 -0.6 103.5	ASTRA (T)

9M2RGL	G. LEDANG, MUAR, JOHOR	145.525 -0.6 203.5	MARTS
9M2RGP	G. PULAI, PONTIAN, JOHOR	145.725 -0.6 203.5	MARTS
9M4RMR	MUAR, JOHOR	146.925 -0.6 203.5	MARTS
9M2RBP	BATU PAHAT, JOHOR	145.475 -0.6 203.5	MARTS
9M4RLM	G. LEDANG, MUAR, JOHOR	145.425 -0.6 203.5	MARTS (T)
9M4RPM	G. PULAI, PONTIAN, JOHOR	147.825 -0.6 203.5	MARTS (T)
9M4RAM	G. BUSAN, MERSING, JOHOR	146.750 -0.6 103.5	ASTRA (T)
9M4RGL	G. LEDANG, MUAR, JOHOR	147.9875 -0.6 103.5	ASTRA (T)
9MX485	G. PULAI, PONTIAN, JOHOR	145.7375 -0.6 85.4	ASTRA (T)
9M4RAL	G. LEDANG, MUAR, JOHOR	146.9375 -0.6 103.5	ASTRA (L)
9M4RSG	SEGAMAT, JOHOR	147.675 -0.6 85.4	ASTRA (L)
9M4RAP	G. PULAI, PONTIAN, JOHOR	147.7375 -0.6 85.4	ASTRA (L)
9M4RAM	MERSING, JOHOR	147.8625 -0.6 103.5	ASTRA (L)
9M4RAK	KLUANG, JOHOR	147.800 -0.6 103.5	ASTRA (L)
9M4RBN	G. BANANG, BATU PAHAT, JOHOR	146.625 -0.6 103.5	ASTRA (L)
9M4RAJ	SEGAMAT, JOHOR	146.6875 -0.6 103.5	ASTRA (L)
9M4RJB	JOHOR BHARU, JOHOR	145.600 -0.6 203.5	JASRA
9M4RJN	BATU PAHAT, JOHOR	145.600 -0.6 127.3	JASRA
9M4RLD	G. LEDANG, MUAR, JOHOR	147.700 -0.6 127.3	JASRA
9M2RKV	G. KELEDANG, IPOH, PERAK	145.775 -0.6 203.5	MARTS
9M4RPK	IPOH, PERAK	147.7125 -0.6 233.6	PARTS
9M4RPI	PANDANGAN INDAH, GRIK, PERAK	145.6125 -0.6 103.5	ASTRA (T)
9M4RBK	B. KELEDANG, IPOH, PERAK	147.6125 -0.6 103.5	ASTRA (T)
9M4RBL	B. LARUT, TAIPING, PERAK	147.7375 -0.6 103.5	ASTRA (T)
9M4RSP	B. LENGGONG, PERAK	146.8125 -0.6 103.5	ASTRA (L)
9M2RMK	KANGAR, PERLIS	147.980 -0.6 203.5	MARTS
9M4RHP	B. NGULANG, PERLIS	147.800 -0.6 103.5	ASTRA (L)
9M2RGJ	G. JERAI, KEDAH	146.2625 +0.6 203.5	MARTS
9M4RGJ	G. JERAI, KEDAH	147.6125 -0.6 85.4	ASTRA (T)
9M4RBD	B. DEDAP, SIK, KEDAH	146.625 -0.6 103.5	ASTRA (T)
9M4RGR	G. RAYA, LANGKAWI, KEDAH	145.6125 -0.6 103.5	ASTRA (T)
9M4RKG	G. KERIANG, ALOR STAR, KEDAH	146.6875 -0.5 103.5	ASTRA (L)
9M4LGJ	G. JERAI, KEDAH	146.9375 -0.6 85.4	ASTRA (L)
9M4RPN	SUNGAI PETANI, KEDAH	145.375 -0.6 123	SPARC
9M4RKG	ALOR STAR, KEDAH	145.525 -0.6 103.5	KSARC
	BALING, KEDAH	147.825 -0.6 85.4	KARIB
9M4RBK	G. KINABALU, SABAH	147.750 -0.6 203.5	MARTS
9M4RDV	LAHAD DATU, SABAH	144.775 +0.6 203.5	MARTS
9M6RGK	G. KINABALU, SABAH	147.900 -0.6

Getting Started on 2-Meter SSB

Try the "Other Mode" on 2 Meters

Bob Witte, KØNR
4 May 2003

2m SSB Frequency Range : 144.100 MHz to 144.275 MHz (USB)
2m SSB Calling Frequency : 144.200 MHz

In the past few years, a new breed of amateur radio transceiver has hit the marketplace --- radios that cover from HF through VHF/UHF frequencies. These radios include the ICOM IC-706, the ICOM IC-746, the Yaesu FT-100 and the Yaesu FT-847. This is not an exhaustive list since there are new radios being introduced every year with additional capability.

These radios include "all-mode capability" which means that they can operate FM, CW and SSB on the VHF bands. Clearly, FM is the most commonly used mode on VHF and UHF but having SSB opens up a whole new range of operating fun.

Why SSB?
FM is the most popular mode primarily due to the wide availability of FM repeaters. These repeaters extend the operating range on VHF and enable low power handheld transceivers to communicate over 100 miles. FM is also used on simplex to make contacts directly without repeaters. The main disadvantage of FM is relatively poor performance when signals are weak, which is where SSB really shines. A weak FM signal can disappear completely into the noise while a comparable SSB signal is still quite readable. How big of a difference does this really make? Perhaps 10 dB or more, which corresponds to one or two S-units. Put a different way, using SSB instead of FM can be equivalent to having a beam antenna with 10 dB of gain, just by changing modulation types. So this is a big deal and radio amateurs interested in serious VHF work have naturally chosen SSB as the preferred voice mode. (You will also hear them using Morse code or CW transmissions, which is even more efficient that SSB.)

Just as an example of what is possible on SSB, during one VHF contest I was operating portable on Garden of the Gods Road in Colorado Springs. I had just dismantled my 2M yagi antenna and was listening to 2M SSB on a short mobile whip antenna. Suddenly, I heard WA7KYM in Cheyenne, Wyoming calling CQ from about 160 miles away. I figured that with my puny little antenna and only 10 watts of power, there was no way he was going to hear me. But, what they heck, it was a contest and it would be more points so I gave him a call. To my surprise, WA7KYM heard me and we made the contact without much signal strength to spare. Now, to be accurate, this contact has more to do with WA7KYM's "big gun" station (linear amplifier, low noise preamp and large antenna array) than it had to do with my 10 watts and a small whip. The key point here is that this contact would not have happened using FM and was only possible because of SSB.

When and Where to Operate
The SSB portion of the band runs from 144.100 MHz to 144.275 MHz and Upper Sideband (USB) is used. The 2M SSB calling frequency is 144.200 MHz, so that is the first place to look for activity or to call CQ. One of the realities of 2M SSB operation is that many times, no one is on the air. There is just not that much activity out there, compared to 2M FM. Some amateurs get discouraged, turn off the radio and and miss the thrill of working distant stations during a band opening. To get started on 2M SSB, the trick is to get on the air at times when you know there will be activity--- during VHF nets and VHF contests.

Here in Colorado, the local Rocky Mountain VHF Plus net is on Monday night at 8:00 PM local time on 144.220 MHz (USB). This net is centered in the Denver area but VHF enthusiasts check in from all around Colorado. It is very common to have stations check in from the bordering states of Wyoming, Nebraska, Kansas, New Mexico or even Oklahoma. More information on the net and other VHF activities can be found at http://www.rmvhf.org

There is also a 2M SSB net associated with the Amateur Radio Emergency Service (ARES) which meets at 7:00 PM local time on 144.220 MHz (USB). For more information, see http://www.qsl.net/aresco/nets.htm

VHF Contests
Think of VHF contests as "VHF activity weekend" since they are a great opportunity to just get on the air and work most of the local 2M SSB enthusiasts. The main contests are the ARRL June VHF QSO Party, the ARRL January VHF Sweepstakes, the ARRL September VHF QSO Party and the CQ Worldwide VHF Contest in July. For more information, take a look at the article How to Work a VHF Contest at http://www.k0nr.com

Equipment
The required equipment for getting started on 2M SSB is pretty basic - a transceiver capable of 2M SSB and a 2M antenna. If you own one of the rigs mentioned above then you are probably ready to go. The 2M antenna you already have is probably vertically polarized since that is what we use for 2M FM, both mobile and base stations. All of the 1/4-wave and 5/8-wave antennas that are commonly used for 2M mobile work are vertically polarized. Most omni-directional base station antennas such as those made by Cushcraft, Diamond, Comet, etc. are vertical, too. These antennas will work for SSB but most of the really active 2M SSB stations use horizontally-polarized antennas. Vertically-polarized stations can work horizontally-polarized stations but there will be a substantial signal loss (about 20dB?). If vertical is all you have, then give it a try. If you can get a horizontal antenna, then your results will be much better.

The most common horizontally-polarized antenna on 2M is a Yagi mounted so that its elements are parallel to the ground. There are a variety of horizontally-polarized, omni-directional mobile antennas, such as the HO antenna made by M² (see http://www.m2inc.com).

Get on the Air
This information is intended to get your started on your way to operating 2M on the SSB portion of the band. You will learn more as you get into it and you will find that most of the people hanging out down on sideband are friendly, knowledgeable and helpful. They are always happy to see new call signs on 2M sideband.

Some resources available on the web are:

Rocky Mountain VHF Plus web page: http://www.rmvhf.org

VHF Operating articles by KØNR(similar to this one) at: http://www.k0nr.com/

North East Weak Signal Group web site at: http://www.newsvhf.com/

SKMM - RAE 2010-3 Result

Check the link -> http://rae.skmm.gov.my/rae_2010_3.asp

From SKMM website -> http://www.skmm.gov.my/index.php?c=public&v=art_view&art_id=775

Good luck to all SWL.. Hope that can heard new callsign by next years..

Please check the existing callsign HERE before deciding to submit your new callsign (AA) application forms.

Want to calculate where to beam your antenna?

Use this link to get your grid square : - DX FunCluster


After you get your grid square, use the form below to generate the bearing and also the distance..


Please type your gridlocator then click the Calculate button:

kilometers
miles