USB DVBT DVB-T Stick, RTL2832U/E4000 with 24 to 30MHz

USB DVBT DVB-T Stick, RTL2832U/E4000 with 24 to 30MHz

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Payment Type:	L/C, T/T, Western Union or PayPal

Product Description

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USB DVBT DVB-T Stick RTL2832U Elonics E4000 radio SDR radio FM
RTL2832U, R820T tuner, MCX input
Low-cost software defined radio compatible with many SDR software packages
I did a little informal testing between the two sticks using SDR Sharp using the supplied whip antennas
These tests were just to take a look at the real World performance between the chipsets on some commonly used frequency range
I am sure that at some point someone will do some more accurate testing, but these real World listening tests will at least give you a rough idea of the differences between the two DVB-T sticks
Here is a synopsis of the results
FM broadcast band:
- The E4000 seemed to be noticeably more sensitive in this area
- The R820T did fairly well also, but the E4000 definitely did a better job with very weak signals
- This might make the E4000 a better candidate for use with a HF converter since most of the inexpensive ones available convert HF to the FM band on the RTL2832U sticks
Air band:
- Both sticks exhibit a lot of susceptibility to RFI in this band in my environment
- Both failed to pick up a weak ASOS signal at 132.875MHz that I can usually receive on most scanners with a whip antenna
- Both sticks will do much better with an external antenna and both will receive stronger nearby aircraft signals easily with the whip
NOAA weather band:
- Both sticks were able to receive the local NOAA weather broadcast at 162.400MHz with their whip antennas with no problems
- Again the R820T was slightly stronger
800MHz trucking:
- This is where the R820T really began to become noticeably more sensitive
- While the E4000 could receive the same signals, the R820T signals were noticeably stronger and clearer
1090MHz ADS-B aircraft navigation signals:
- Here the R820T totally wipes the floor with the E4000
- ADS-B signals were tremendously better with the R820T
- This makes the R820T a much better choice to use as an inexpensive ADS-B receiver with go-air-modes
10 meters amateur radio band:
- The E4000 can't go here, but the R820T can
- Actually the R820T can do a fairly good job with signals here
- However, the R820T is not going to compete with a competent HF radio
- Just consider it as a bonus
At the end of the day, I would have to declare the R820T the victor in this shootout, if you are willing to give up a little performance tradeoff in the FM broadcast band
The R820T appears to become a tad more sensitive starting around 160MHz with larger gains the higher you go
Also you do get additional coverage from 24 to 30MHz
Warranty: 1 year

USB DVBT DVB-T Stick RTL2832U Elonics E4000 radio SDR radio FM

RTL2832U, R820T tuner, MCX input

Low-cost software defined radio compatible with many SDR software packages

I did a little informal testing between the two sticks using SDR Sharp using the supplied whip antennas

These tests were just to take a look at the real World performance between the chipsets on some commonly used frequency range

I am sure that at some point someone will do some more accurate testing, but these real World listening tests will at least give you a rough idea of the differences between the two DVB-T sticks

Here is a synopsis of the results

FM broadcast band:

The E4000 seemed to be noticeably more sensitive in this area
The R820T did fairly well also, but the E4000 definitely did a better job with very weak signals
This might make the E4000 a better candidate for use with a HF converter since most of the inexpensive ones available convert HF to the FM band on the RTL2832U sticks

Air band:

Both sticks exhibit a lot of susceptibility to RFI in this band in my environment
Both failed to pick up a weak ASOS signal at 132.875MHz that I can usually receive on most scanners with a whip antenna
Both sticks will do much better with an external antenna and both will receive stronger nearby aircraft signals easily with the whip

NOAA weather band:

Both sticks were able to receive the local NOAA weather broadcast at 162.400MHz with their whip antennas with no problems
Again the R820T was slightly stronger

800MHz trucking:

This is where the R820T really began to become noticeably more sensitive
While the E4000 could receive the same signals, the R820T signals were noticeably stronger and clearer

1090MHz ADS-B aircraft navigation signals:

Here the R820T totally wipes the floor with the E4000
ADS-B signals were tremendously better with the R820T
This makes the R820T a much better choice to use as an inexpensive ADS-B receiver with go-air-modes

10 meters amateur radio band:

The E4000 can't go here, but the R820T can
Actually the R820T can do a fairly good job with signals here
However, the R820T is not going to compete with a competent HF radio
Just consider it as a bonus

At the end of the day, I would have to declare the R820T the victor in this shootout, if you are willing to give up a little performance tradeoff in the FM broadcast band

The R820T appears to become a tad more sensitive starting around 160MHz with larger gains the higher you go

Also you do get additional coverage from 24 to 30MHz

Warranty: 1 year

The E4000 seemed to be noticeably more sensitive in this area

The R820T did fairly well also, but the E4000 definitely did a better job with very weak signals

This might make the E4000 a better candidate for use with a HF converter since most of the inexpensive ones available convert HF to the FM band on the RTL2832U sticks

Both sticks exhibit a lot of susceptibility to RFI in this band in my environment

Both failed to pick up a weak ASOS signal at 132.875MHz that I can usually receive on most scanners with a whip antenna

Both sticks will do much better with an external antenna and both will receive stronger nearby aircraft signals easily with the whip

Both sticks were able to receive the local NOAA weather broadcast at 162.400MHz with their whip antennas with no problems

Again the R820T was slightly stronger

This is where the R820T really began to become noticeably more sensitive

While the E4000 could receive the same signals, the R820T signals were noticeably stronger and clearer

Here the R820T totally wipes the floor with the E4000

ADS-B signals were tremendously better with the R820T

This makes the R820T a much better choice to use as an inexpensive ADS-B receiver with go-air-modes

The E4000 can't go here, but the R820T can

Actually the R820T can do a fairly good job with signals here

However, the R820T is not going to compete with a competent HF radio

Just consider it as a bonus

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