W9IMS (Indianapolis Motor Speedway) Special Event Station May 20th – 26th

W9IMS QSL for 2018 Indy 500

The second W9IMS special event station will be on the air between May 20-26th to honor of the venerable Indianapolis 500.

Look for us on 20 meters and 40 meters and possibly 80 meters. Remember, too, that on Race Day – the final day of each operation – W9IMS generally stays on the air late, sometimes until midnight local time (0400 UTC).

Again here are a couple of hints for tracking down the station during special event weeks:

  1. Go to the W9IMS web page (www.w9ims.org), find the “2019 Operating Schedule” heading, and click on the link to the IndyCar Grand Prix or any other race. Although some W9IMS operators take to the airwaves at unscheduled times, you’ll have your best luck looking for the station during the hours and bands reserved with a name and a callsign.
  2. Check DX Summit (www.dxsummit.fi) anytime for spots that identify the current frequency (or frequencies) of W9IMS, if any. And if you type “W9IMS” in the search box, you can customize it to show reports for only that station.

I’m looking forward to working many of you during the event.

Fred, KC9QQ

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W9IMS Special Event Station Operations Start This Sunday

W9IMS is the call sign of the Indianapolis Motor Speedway Amateur Radio Club.

2018 Indianapolis Grand Prix QSL Card

The first leg of the W9IMS Special Event Triple Crown starts on Sunday May 5th.

W9IMS conducts special event operations for all three races that make up the Triple Crown on Indy’s legendary 2-1/2-mile oval – the Indianapolis Motor Speedway. These events are the INDYCAR Grand Prix, the Indianapolis 500, and the Brickyard 400.

Here are a couple of hints for tracking down the station during special event weeks:

  1. Go to the W9IMS web page (www.w9ims.org), find the “2019 Operating Schedule” heading, and click on the link to the IndyCar Grand Prix or any other race. Although some W9IMS operators take to the airwaves at unscheduled times, you’ll have your best luck looking for the station during the hours and bands reserved with a name and a callsign.
  2. Check DX Summit (www.dxsummit.fi) anytime for spots that identify the current frequency (or frequencies) of W9IMS, if any. And if you type “W9IMS” in the search box, you can customize it to show reports for only that station.

2019 OPERATING SCHEDULE:

May 5-11: Indianpolis Grand Prix (Indy Car Race)

May 20-26: Indianapolis 500 (Indy Car Race)

Sept 2-8: Brickyard 400 NASCAR Race

Fred, KC9QQ

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Ham Radio Activity

KC9QQ Station

KC9QQ Station

If you drop by my site once in a while, I’m sure you have realized that my ham activity has been down the past several months.

Much of my time the past 9 months has been consumed by the construction of our observatory.  I have still been getting on the air to work an occasional DX station.  Last week I even managed to spend a few hours participating in the SSB National QSO Party to support my contest club, The Society of Midwest Contesters.  It was nice to be back on the air.  I have several hobbies, but I always gravitate back to Ham Radio.

I am starting to look forward to contest season.  I like to operate in the CQ WW (CW and SSB) I also enjoy operating in the ARRL Sweepstakes.  I suspect a Clean Sweep will not be in the cards this year since the 10 and 15 meter bands are have not been open much with the current drop in the Sunspot Cycle.  Hopefully, this will improve before the CQ WW contests.

I have also corrected a few problems with my station.  I had to replace one of my Ameritron Remote Antenna switches because a couple of the relays were not making good contact.  With the new switch installed everything is working well again.

I have also spent a few hours trying to catch up on responding to Bureau QSL cards I have received. I tend to put those off for rainy days in the shack!   I use GlobalQSL to send

DX Lab Logging Program

DX Lab Logging Program

Bureau cards.  This makes the process pretty painless, once I get everything loaded into DX Lab.

DX Lab is a fantastic logging program.  It has helped me get a handle on my DXCC progress.  It also really simplifies the QSLing process.  It can handle paper cards, LoTW, eQSL and QSL services such as GlobalQSL.

 

I Hope to see everyone on during SS or CQWW this fall.

73,

Fred, KC9QQ

 

 

 

 

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CQWW SSB 2015

hmi200

Sunspots During Contest

It has been too long since my last post.  Many other activities have diverted my attention away from ham radio this year.  I have been able to work some DX, but have not had a much time for contesting or for that matter, time to post on this site.

This past weekend I finally was able to spend some time operating in the CQ Worldwide SSB contest.  It was fun to be able to spend a few hours working stations from around the world.  The bands were not as good as a couple of years ago, but 10m and 15m were both open some during the contest.  The sunspot index was in the 120s during the contest.  If I recall correctly, the Sunspot index was nearly 200 a couple of years ago.  I’m hoping the current sunspot cycle does not fade out too soon, because the last down cycle was a real downer!

My equipment worked flawlessly during the contest.  The time I spent tweaking the setup this summer must have paid off.

Here is a summary of my score:

Band QSOs Points Zones Countries
3.5 5 12 4 4
7 124 346 17 57
14 160 438 30 77
21 210 578 27 77
28 222 620 23 60
Totals 721 1994 101 275

 Score : 749,744

I operated about 17 hours doing Search and Pounce.

Fred

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KX3 / KXPA100 Given First Workout in ARRL DX CW Contest

KXPA100 with Optional Antenna Tuner

KXPA100 with Optional Antenna Tuner

I am a little late getting this posted because I have been busy setting my station up for RTTY operation (a new mode for me) for the NAQP RTTY contest.  

However, last week I received the Elecraft KXPA-100 amplifier which was backordered at the time I ordered the KX3.  The KXPA100 is a compact 100 watt amplifier designed to boost the QRP signal from the KX3 up to the 100 watt level of a standard transceiver. It is primarily designed for those wanting to use the KX3 as both a portable QRP rig and a primary home transceiver.

KX3 and KXPA100  In Operation

KX3 and KXPA100
In Operation

The KXPA100 when inter-connected to the KX3 using the CAT 5 interface cable will work seamlessly with the KX3.  Once the KX3 and KXPA100 are connected all of the functions of the KXPA100 are controlled from the KX3; including the amplifier on/off, band changes, antenna tuner and output power adjustment.  When the KX3 power is increased above 10 watts the KXPA100 kicks in.  When the power is set below 10 watts the KXPA100 is internally bypassed.  The optional internal antenna tuner (located in the  KXPA100) will automatically track and adjust with band changes.  Like most automatic antenna tuners it contains memories that remember the settings per frequency segment and antenna selected (Ant 1 or 2).  If the tuner does need to re-tune the process takes just a few seconds.  The turner is wide ranged and should be able to match any reasonable antenna.

I wanted to give the new KX3 and KPA100 a try so I decided to make a few contacts during the ARRL CW DX contest last weekend.  I had only planned to make 90 to 100 contacts but once I started, I was having so much fun with the KX3 that I found it hard to quit.

The KX3 is a marvelous CW rig.  When combined with the KXPA100 it is a near perfect CW contest rig.  I found it’s CW operation more enjoyable than my Icom 756 Pro III.  The KX3’s receiver is very quiet and does an extraordinary job separating strong signals that are copious during contest operation.  I didn’t experience any receiver de-sensing by strong adjacent signals as I sometimes do with the Icom 756 Pro III.  I’m not putting Icom 756 Pro III down because it also does a great job in crowded band conditions, the KX3 with it’s roofing filter and latest generation DSP outperformed the 756 Pro III in my hands on testing.

Here is a summary of my results:

ARRL CW DX Contest – ALL Band, Low Power, Assisted (S&P)

Band QSOs Points Countries
40m 46 138 25
20m 110 327 46
15m 94 282 43
10m 126 378 49
Total 376 1125 163

Total Score:  183,375

73,

Fred, KC9QQ

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SignaLink™ USB Not Transmitting

If you have ever had trouble getting the SignaLink™ to go into the transmit mode perhaps  you may find this article helpful.

After I operated in the CQ WW WPX RTTY contest I decided to modify my setup so that I could run my Icom 756 Pro III in the RTTY mode, in order to take advantage of the 756 Pro III’s nice RTTY filters.  This meant I had to switch from AFSK transmission to FSK transmission.  Since the SignaLink does not support FSK output  I started searching for a different interface which that would allow me to operate FSK.  While I was searching for other interfaces I came across an article written by K7SFN describing how to modify the SignaLink™ for FSK transmission.

Here is a link to Frank’s nice modification: http://www.k7sfn.com/projects/signalink.html.

SignaLink FSK Modification for Icom 756 Pro III

SignaLink FSK Modification for Icom 756 Pro III

I made the modifications to the SignaLink™ described in Frank’s article.  I also made a serial cable to connect between my shack computer and the FSK keying jack I had installed on the back of the SignaLink.

I reconnected the SignaLink™ to my computer and radio and setup MTTY to work with the new FSK setup.  I fired up the rig and MTTY and was receiving RTTY as I expected.  I then connected my Icom 756 Pro III to a dummy load to test the FSK keying circuit I had added.  When I tried to transmit, the SignaLink™ would not go into transmit (the PTT led would not come on).  I then spent two frustrating hours trying to figure what I might have messed up making the modification.  I even fired up Fldigi to see if I could transmit PSK-31 and it would no longer transmit.  I was concerned that I might have damaged my SignaLink making the modification.

Rather than lead you through my whole trouble shooting process I’ll just cut to the chase.  I followed the troubleshooting guide in the SignalLink manual  and could not correct the problem.  I then went to their website to see if they had any other solutions.  On the website they had the following statement:

My SignaLink™ USB was working perfectly but now will no longer Transmit – This is the most common problem we hear about and it is virtually **always** due to the software volume controls being reset by Windows.  This can happen if you unplug the USB cable, change the default sound card in Windows, or accidentally mute the SignaLink’s output.  Other things can cause this to happen as well, so please check your Windows software volume controls carefully.  Note that they will most likely be reset exactly opposite of how they should be set, so they can look correct at a glance.

I then repeated Tigertronic’s audio setup procedure and the SignaLink™ started transmitting again.  I don’t have any idea why windows behaves this way, but beware if your SignaLink™ will no longer transmit, be sure to go back through the audio level setup described in the SignaLink™ manual.  Had I known this could occur I would have saved myself several hours of troubleshooting.

I can now continue to use the SignaLink™ to receive RTTY and use FSK instead of AFSK for transmitting. I plan to try out the new setup during the North American QSO Party RTTY contest this weekend.

73,

Fred, KC9QQ

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My CW Progress

During most of the time I have been a ham (other than my year as a novice) I haven’t spent much time operating CW.  After I passed the 13 wpm CW test for my General Class License, I pushed CW aside and operated SSB on the HF bands and FM on the local repeators.

This was definitely a mistake because my speed degraded over time and I missed out on the opportunity of becoming a proficient CW operator. I also lost many years of enjoyable CW operation.  Now that I am older and my ears or not as good as they once were, I have found that improving my speed and ability to copy CW has been a slow but rewarding adventure.

I have always been amazed watching or hearing other hams carrying on CW conversations at 20-25 words a minute; taking only an occasional note.  A ham I used to work with could carry on a CW conversation at 35+ wpm while also having a conversation with someone in the shack!  I found that truly amazing.  I’m sure I will probably never be able to copy 35+ words per minute while carrying on a conversation with someone in the shack, but I have at least set a goal of being able to head copy normal QSOs at 25+ words per minute.

Elecraft K2 During Assembly

Elecraft K2
During Assembly

After I retired in 2008 I put my TS-520 back on the air and spent more than a year operating SSB in contests and chasing DX.

In 2009 I decided to purchase an Elecraft K2 (10 Watt) transceiver kit; to re-experience the joy I had found building Heathkit and Knightkit kits during my early early ham years.

K2 Interior

K2 Interior

The Elecraft K2 is a marvelous kit; which was somewhat more challenging to build than the Heathkits and Knightkits I had built, but the end product turned out to be a transceiver that worked as well or better than many commercially built models. When it was finished I realized that its receiver was practically as good as my Icom 756 Pro III. Since my K2 was initially configured for only CW, I had to us CW to tryout my new masterpiece. I discovered that I really enjoyed operating CW, but my speed  and comprehension were below the 13 wpm I had mastered to get my General license.

I decided to work on improving my CW skills.  I have made significant progress from my sub-13 wpm speeds, but I’m still not copying as well as I want to.  Therefore, I continue regular practice to further improve my speed.  For my practice sessions I use three programs. They are:

  1. Morse Runner  http://www.dxatlas.com/morserunner/
  2. G4FON (Kock method Trainer)  http://www.g4fon.net/CW%20Trainer.htm
  3. RufzXP  http://www.rufzxp.net/
G4FON Kock Trainer

G4FON Kock Trainer

I started with G4FON which will send random code groups, simulated QSOs, and a list of common words using the Koch method.  In the Kock method of learning the individual letters are sent at the user selected final speed (e.x. 25 wpm) you hope to achieve but the letters are spaced out to a lower user selected speed (e.x. 15 wpm). This is done to help you learn what the letters sound like at the high speed,  but with the letters spaced out so you have a little more time to think between letters while you are learning.  Initially, I tried to copy down all of the letters, but I found that I was unable to write the letters down much faster than 20 wpm.  Therefore, I would run sessions where I would listen to complete words without trying to write them down.  This removed the pressure of trying to write down each letter and it helped me begin to form the sound of the words in my head.

Morse Runner Contest Simulator

Morse Runner
Contest Simulator

Morse Runner is contest simulator.  When you run Morse Runner you set your desired operating speed and call CQ.  Stations then call you and you have to correctly copy their call letters and exchange to receive credit for the QSO.  The program setup can be customized to provide a very realistic simulation of actual contest QSOs; including QRN, QRM, multiple callers and even LIDS.  This program has helped me to combine copying the code with keying the received code into my computer. Developing this skill is essential for CW contesting.  The neat thing about Morse Runner is that it adds and element of fun to your CW practice.  You really have the feeling your are participating in a real contest.  Since it is focused purely on contesting it doesn’t help a great deal with head copying conversations but it is very effective in helping one to simultaneously copy and type call letters and contest exchanges (serial number).

RufzXP High Speed Callsign Trainer

RufzXP
High Speed Callsign Trainer

The program I find the most challenging is RufzXP.  RufzXP sends call letters which you must accurately copy.  Each time you correctly copy a set of call letters RufzXP increases its sending speed for the next set of call letters.  Some of the sets of call letters can be very long such as: JA1ZPM/KP5/QRP.  It will send a set of 50 call signs.  You are graded on the number of correct call signs and on your maximum speed.  It is almost impossible to not make mistakes because it keeps speeding up until you do make a mistake.  However,  it is very effective at pushing you above your best speed;  which is a key factor needed to increase your speed.

So how is my CW today.  Well it is still not as good as my goal, but I am getting much better. During contests I am able to copy call letters and exchanges at 20-25 wpm.  When the call letters come at me at 30-35 wpm (especially with lots of dits! e.x. HB5HSI) I often have to listen to the call sign several times to get the correct call.  I try to operate several CW contests year, both for the enjoyment and to improve my skill.

As far as rag-chew QSOs, I can now head copy around 20+ wpm but I am still 5-10 wpm below where I would like to be.  Also sometimes a longer word will throw me and cause me to miss a couple more words just trying to get my brain back in sync!

I’ve heard a lot of hams explain how their speed was 10 wpm and after they worked Sweepstakes one weekend their speed had miraculously increased to 25 wpm.  I assume these stories are true, but I that has not been my experience.  Every gain in speed I have achieved has taken hard work and hours of practice.  I’m sure a big part of my problem is because my ears are just not as good as they used to be.  I have mild tinitus  in both ears which is probably slowing my progress.  However, even with that handicap, my speed continues to improve-albeit not as fast as I would like.  At least, now my speed is high enough that I enjoy just listening to CW QSOs.

What is the solution?  There is no doubt that the only way to get my speed above 25 wpm is continued practice and on-the-air operation.  With a little luck, I think this will be the year I achieve my goal.

73,

Fred,  KC9QQ

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First RTTY Contacts – CQ WW WPX RTTY

Well I finally had a chance to test my RTTY setup. I decided making a few contacts in the CQ WW WPX RTTY contest would be a good test of my RTTY hardware and software. For Hardware I’m using a Tigertronic’s SignaLink USB interfaced to my ICOM 756 Pro III.  For software I am using N1MM with MTTY and 2Tone setup in the Digital Interface.

It took a little time to determine the best arrangement of all the N1MM windows on my monitor because the MTTY and 2Tone take up quite a bit of screen space. After I had the N1MM working with MTTY and 2Tone I downloaded a key file for the CQ WW WPX RTTY contest.

I also sent out a request for pointers to fellow hams in the Society of Midwest Contesters.  Several experienced RTTY operators sent this rookie some key pointers.  I’ve summarized some of them below:

  1. Watch your ALC level
    Do not allow the ALC to activate because it can distort your RTTY signal; making it hard for others to copy.
  2. De-rate your output power
    RTTY has a 100% duty cycle when you are transmitting.  This can stress transceiver and amplifier output stages.  It is probably not a problem to operate a full power if you are doing Search and Pounce, but if you are going to try running a frequency it is best to reduce your power a bit unless you are certain your transceiver and amplifier can handle 100% duty cycle. It is advanced that you check your transceiver and amplifier manuals for their recommendations.  In my case my setup should be able to handle the 100% duty cycle, but I chose to operate at 50% power just keep the stress low on everything in case I made some sort of rookier mistake.
  3. Keep Your Macros Short
    Don’t over do the length of macros in a contest.  You can send your call twice when calling a station and send his call followed by the report twice and your call again for the exchange.  You can always re-send the information if it is missed the first time.  The default N1MM RTTY macros for the CQ WW WPX contest are reasonably short but can be tweaked a reduce them a little more.
  4. Listen for a While Before You Jump Into the Contest
    This was valuable input because when I first start tuning station during the contest it was a very confusing.  After I had spent a half hour listening to other stations operating I had a good feel for properly tuning in stations and had a better feel for the flow of the exchanges.
  5. Never Run Compression and don’t over drive the audio
    Make sure that audio compression is turned OFF.  Having it on will make it hard to make contacts.  Also make sure your microphone gain is set just high enough to provide a clean audio signal.  Keep the audio low enough that the ALC is NEVER triggered.
  6. Add a space or CR at the start and end of your macros.
    This helps to insure that your signal will be properly synchronized to the receiving end.
  7. Make Sure Your Not Operating Upside Down
    One of the most common transmit problems is transmitting inversely or up-side-down. RTTY is polarity sensitive. Transmitting inverted means you are sending a Mark when you should be sending a Space and vice versa. This can happen if you are using AFSK or FSK. With AFSK, it could mean you are using the wrong sideband. LSB is standard but USB can be used if you have the polarity correct. Yet, most stations who send inverted are using the wrong sideband. If you are set up to transmit in LSB, sending RTTY while in USB will result in your transmit being inverted.The above information was from AA5AU’s excellent article on operating RTTY which can be found here: http://www.aa5au.com/GettingStartedOnRtty.pdf

I would like to thank all of my fellow Society of Midwest Contesters for their helpful advice for this new RTTY operator.

After following through on the above advice I finally got on the air and made my first RTTY contacts last night during the CQ WW WPX contest.  I was only on about two hours and did not set any records for rate, but I did make over 30 contacts.  I plan to get on again to day and see if I can improve my skill.  I’ll let everyone know how I ended up.

73,

Fred, KC9QQ

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Setting up for my First RTTY Contest

I’m planning to make my first attempt to enter a RTTY contest during the NAQP RTTY contest later this month.  Since I have never operated RTTY  I have a lot of preparation to do before the contest.  I’ve been reading up on general RTTY operation and RTTY contesting.  I’ve decided the easiest way to get on the air will be to use AFSK (Audio Frequency Shift Keying) rather than true FSK (Frequency Shift Keying).  From what I have read, most of the serious RTTY contesters use FSK rather than AFSK because transceivers having true FSK offer better filter options than when operating AFSK using LSB mode. Since, to operate FSK I would have to setup an additional interface to my transceiver I decided to take the easy route for my first RTTY contest because I really don’t want to take the time build a FSK interface to my transceiver right now.  If I find I enjoy RTTY contesting I’ll probably go the next step and setup an FSK interface between my computer and the ICOM 756 Pro III.  I decided the quickest way to setup for AFSK is to use my the SignalLink USB interface which I have for operating PSK-31.

Tigertronics SignalLink USB

Tigertronics SignalLink USB

Last night I repeated the setup of the SignalLink USB just to make sure I have the levels correctly set on my computer.  After that I reduced the power on my transceiver and did some initial RTTY testing using a dummy load.  Everything seemed to be working OK so in the next few days I’m going to see if I can actually make a RTTY contact!  However before I do that I will spend some time tuning in RTTY signals to get the hang of quickly zeroing into the correct frequency.  I will also be watching the flow of RTTY QSOs so that I have a good feel for the proper procedures before I attempt to make my first RTTY QSO.    I plan to also read through the ARRL Operators Manual just be make sure I don’t make any stupid mistakes on my first attempt.

After I have made an RTTY contact or two I will need to setup N1MM to work with the SignalLink and MTTY.  I found an excellent website that goes through the complete setup of N1MM for RTTY contesting.

Here is a link to the website:  http://www.rttycontesting.com/n1mm/n1mm-quickstart-index.html.

As soon as I make my first RTTY contacts I’ll add a post describing my experiences.  I’ll also post my experiences setting up N1MM for RTTY.

73,

Fred, KC9QQ

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Want to Work More DX ?

Complete DX'er by Bob Locher, W9KNI

Complete DX’er by Bob Locher, W9KNI

 

If you haven’t read Bob Locher’s “The Complete DX’er”  I highly recommend you read it if want to improve your success working DX.  Like many hams my ham radio activities were put on hold for many years because of career and family.  After I retired in 2008 I decided to setup my thirty old transceiver, a Kenwood TS-520 and see if ham radio was as exciting as it had been when I first got my license.  With a lot of help from my wife, we were able to string a 40/20/15 trapped dipole between two of our large yellow poplar trees.  Then, after spending some time re-learning how to tune the TS-520 I was on the air again.

At first I spent a lot of time tuning around the bands and making SSB contacts with hams around the US.  I decided it might be fun to try working the ARRL Sweepstakes like I had done as a Novice.  Since my CW skills had deteriorated over the years I figured I would start with the SSB Sweepstakes.  Working lots of stations in the sweepstakes was a real thrill.  I didn’t get a clean sweep by a long shot but I managed to work nearly as many states that weekend than I had during all of my years as a ham.

After working Sweepstakes I was hooked and wanted to try participating in the upcoming ARRL DX Contest. During the ARRL SSB DX Contest I was able to work over 40 DXCC entities; including Iceland and the Galapagos Islands.  For me,  working DX stations was a real thrill.  I decided it was time to upgrade my station and my skills.  My first purchase was Bob Locher’s The Complete DX’er.

In this book, Bob passes on his years of experience chasing DX by letting you sit in the shack with him as he works DX.  In each chapter he demonstrates specific skills that help him nab the rare ones with his Elecraft K2-10 and Skyhawk beam.  One of the key skills he teaches in this book is the importance of slowly tuning the band listening for DX stations.  He emphasizes how important it is to work the DX before they are spotted on the DX Clusters because they are much easier to work before the rest of the competition arrives; especially with a modest station.  He also explains the dynamics of a pile-up and how to increase your success rate by spending most of your time listening instead of just throwing your call into the pool with all of the other stations.  The pile up techniques Bob teaches have helped me work a lot of DX running QRP while the kilowatt stations were still beating each other up in the pileup.  It is amazing how often you can get the DX station on one or two calls if you call him just above the frequency he was listening on during his previous QSO.  This technique doesn’t always work, but it sure is thrilling when it does–which is quite often.

Even if your not a aspiring DX’er I think you will still enjoy reading Bob’s book, but if you are interested in working more DX, The Complete DX’er  will help you develop the skills to work more DX..  I find myself going back and re-reading portions of the book because even as my skills have improved I still pick up new things with each reading.

73,

Fred, KC9QQ

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