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From December 2010 QST © ARRL

PRODUCT REVIEW

Mark J. Wilson, K1RO

 

 

Product Review Editor

 

 

k1ro@arrl.org

Reviewed by Rick Lindquist, WW3DE
Managing Editor, 
National Contest Journal  

Yaesu’s latest colossus 

rules

, delivering 

top tier performance at a 

substantially

 less 

than a top tier price. The FT

DX

5000 series 

establishes  a  new  benchmark,  the  highest 
close-in IMD dynamic range and third-order 
intercept we’ve ever measured. It 

can

 and 

will

 

do the heavy lifting for the most demanding 
DXer or contester.

This radio shares DNA with earlier Yaesu 

offerings. Over the past several years, Yaesu 
has  deployed  an  array  of  such  signature 
signal enhancing features as 

Contour

VRF

µ-Tune

  and 

Class  A

.  As  with  the  FT-2000 

and FT

DX

9000 models reviewed previously, 

the FT

DX

5000 builds upon this legacy, and 

it  may  be  helpful  to  reread  those  reviews 
(you 

did

 read them already, right?).

1

 Three 

FT

DX

5000 models are available according 

to  option  package:  The  FT

DX

5000,  the 

FT

DX

5000D  and  the  FT

DX

5000MP.  The 

basic  5000  is  very  well  equipped.  The  D 
model adds the SM-5000 monitor scope, and 
the MP adds the SM-5000, 300 Hz roofing 
filter (optional on the other models) and high 
stability oven controlled crystal oscillator.

The FT

DX

5000D with optional 300 Hz 

roofing filter reviewed here is a transceiver 
for  the  discriminating  contester  or  DXer, 
who  may  even  consider  its  roughly  $6000 
price a bargain. Although extremely rich in 
performance,  it  lacks  some  “convenience” 
features. For example, you cannot connect 
a keyboard for digital modes or data entry. 
Then again, you don’t put a backup cam on 
an Indy car. Optional Yaesu accessories let 
you trick out your ride.

Some Broad Strokes

Main  (A)  and  subreceiver  (B)  perfor-

mance  tops  that  of  several  vaunted  radios 
already  on  the  market,  although  the  main 

Yaesu FT

DX

5000D HF and 

6 Meter Transceiver

receiver does outperform the subreceiver (see 
Table 1). The two discrete and comparable 
receivers make it possible to transmit and/or 
receive on separate bands — SO2R in a box 
(details to come)!

Both receivers cover from 0.03 to 60 MHz.  

Receiver  A  is  double  conversion,  with  the 
first IF at 9 MHz and the second DSP IF at 
30 kHz for SSB and CW and 24 kHz for AM  
and  FM  modes.  Receiver  B  is  a  triple- 
conversion design, with the first and second  
IFs at 40.455 MHz and 455 kHz, respectively, 
and the DSP third IF identical to the second 
IF in the main receiver. The 300 and 600 Hz  
roofing  filters  are  not  available  to  the  sub-
receiver.

The  radio  delivers  200  W  on  HF  and  

6  meters  on  SSB  and  CW.  Yaesu  advises 
reducing the power to 

1

2

 to 

1

3

 of maximum 

when  using  high  duty  cycle  modes  such 
as RTTY or PSK31 for “longer than a few 
minutes,” and rolling back to 50 W on AM.

As revisions become available, you can 

update the radio’s firmware via an RS-232 
port using files downloaded from the Internet. 
Since most new PCs don’t come with RS-232 
serial adapters/ports, USB would have been 
a nice option; there are arguments on both 
sides  of  this  technological  issue,  however. 
A  serial  to  USB  adapter  (Prolific  chipset) 
worked fine for me. We did not perform a 
firmware update on our review radio, since 
this would have presented a moving target 
for evaluating performance. The procedure 
is relatively straightforward, and Yaesu has 
resolved early issues with the update writer.

The FT

DX

5000 takes DSP noise reduc-

1

The following 

QST

 Product Reviews 

may be of interest: FT-2000 (Feb 2007),  

FT-2000D (Oct 2007), FT

DX

9000D 

(Aug 2005), FT

DX

9000 Contest (Mar 2006) 

and FT

DX

9000MP (Jul 2010). Past 

QST

 

reviews are available to ARRL members  

at 

www.arrl.org/product-review

.

tion  to  a  new  level  —  absolutely  the  best 
implementation  I’ve  ever  experienced.  It’s 
just  spectacular  and  could  even  make  the 
horrid racket from my neighbor’s solar array 
system melt into the background.

To enhance selectivity, the ’5000 offers 

a selection of six pole crystal roofing filters 
(300 Hz, 600 Hz, 3 kHz, 6 kHz and 15 kHz 
are available for the main receiver), a feature 
several quality transceivers have begun of-
fering. On CW the 300 Hz roofing filter is 
amazing. Coupled with a narrow DSP filter, 
you can sidle up to the strongest signals on 
the band to pull someone out.

In  general,  the  radio’s  various  DSP 

tools  may  impart  some  echo  —  the  audio 
equivalent to “ringing” — especially at more 
extreme settings. This apparently is a result 
of latency.

A 46.3 Pound Gorilla in the Shack

This  is  a  substantial  radio,  although  it 

doesn’t  match  the  girth  or  weight  of  the 
FT

DX

9000MP reviewed in July 2010 

QST

nor that radio’s 400 W output. The ac power 
supply is built in. The FT

DX

5000 presents 

the user with a surfeit of knobs, buttons and 
displays that let you know you’re at the helm. 
The ample main tuning knob augments this 
sense of control. It can be daunting at first. 
Some  controls  probably  could  have  been 
relegated to menus; 

MIC

 gain, for example, is 

not something you typically adjust on the fly.

The  front  panel  layout  is  sensible,  al-

though I did wish the legends were in a more 
contrasting  shade.  Style  does 

not

  triumph 

over  substance  here.  I’d  expressed  similar 

Summary of Contents for FTDX5000D HF - PRODUCT REVIEW 12-2010

Page 1: ...ot available to the sub receiver The radio delivers 200 W on HF and 6 meters on SSB and CW Yaesu advises reducing the power to 1 2 to 1 3 of maximum when using high duty cycle modes such as RTTY or PSK31 for longer than a few minutes and rolling back to 50 W on AM As revisions become available you can update the radio s firmware via an RS 232 port using files downloaded from the Internet Since mos...

Page 2: ...nu or by adjusting the break in QSK delay In addition while using the internal keyer in full break in unwanted spikes materialized between dits above 33 WPM possibly a result of some sort of relay bounce ARRL Lab Test Engineer Bob Allison WB1GCM described these as phan tom spikes that looked like triangles in the blank spaces between dits causing a not so pretty keying waveform A Yaesu provided ci...

Page 3: ...t Not specified 14 MHz Preamp off 1 2 65 71 71 dBm DSP noise reduction Not specified Variable 30 dB maximum Notch filter depth Not specified Manual 70 dB auto 70 dB Attack time 60 ms FM two tone third order IMD dynamic range 20 kHz offset Preamp 2 29 MHz Not specified 100 dB 52 MHz 96 dB 10 MHz channel spacing 52 MHz 91 dB noise well above the receiver noise This doesn t show up in lab testing but...

Page 4: ... kHz filter 268 2622 2354 Hz AM 9 kHz filter 137 3410 6546 Hz Spurious and image rejection 160 10 meters First IF 14 MHz 99 dB 50 MHz 111 dB 70 dB 50 54 MHz 60 dB image 14 MHz 60 dB 50 MHz 73 dB SSB CW sensitivity 2 4 kHz bandwidth Noise floor MDS 500 Hz bandwidth 10 dB S N N 0 5 1 8 MHz 2 0 µV 3 kHz roofing filter 1 8 30 MHz 0 2 µV Amp 2 50 54 MHz Preamp Off 1 2 1 µV Amp 2 dBm dBm dBm 0 137 MHz 1...

Page 5: ...bandwidth and cutoff frequencies are adjustable via DSP CW bandwidth varies with PBT and Pitch control settings Going Digital There are separate RTTY FSK and PKT packet modes and jacks the PKT jack works for AFSK data modes such as PSK31 what the manual calls SSB based AFSK data modes You can adjust various AFSK and RTTY pa rameters separately via the menu It will do either HF PKT LSB or FM PKT In...

Page 6: ...er transceivers and some times hidden in a menu The VRF inserted in the signal path between the antenna and the band pass filter and RF amplifier is handy to enhance noise reduction on a very noisy band although it s not really intended for that The NAR narrow button is an excellent feature that expands the WIDTH range down ward to 500 Hz or less for a given receiver This two tier system lets you ...

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