PC-based logic analyser model La-Gold-16


A top-quality 16-channel PC-based logic analyser with pattern generator, the Janatek La-Gold-16 offers a comprehensive digital debugging environment for the electronics professional. It is similar to the La-Gold-36, but with 16 channels instead of 32.

It captures data at a maximum rate of 1GHz and has a buffer depth of up to 1 Meg samples per channel. It incorporates a pattern generator which can be used to stimulate the hardware being debugged whilst the logic analyser captures the response.


(Click either picture for a close up view)




  • 16 channels
  • 1 GHz maximum sampling rate
  • A huge 1Meg sampling buffer depth per channel
  • 100MHz input bandwidth
  • Digital logger capabilities (saving to hard disk)
  • Versatile triggering options, including glitch capture
  • UART monitor and simulation, RS232 monitor
  • External clock input


  • 8 channels
  • Variable signal amplitude
  • Edits patterns directly or output file
  • 50 MHz output signals
  • 40K buffer/channel patterns depth
  • Start on various conditions, e.g. trigger from logic, analyser inputs, manual, etc



The La-Gold-16 is a comprehensive 16 channel high specification logic analyser designed to speed debugging of digital electronic circuits. The very high sampling rate provides a more accurate representation of the signals on screen. (In general the sampling frequency should be 3 to 5 times faster than the shortest timing change being measured). 1 GHz provides 1 ns between samples. 

The huge 1 Meg samples per channel buffer depth (up to 500 MHz sampling rate) allows longer captures without lowering the sampling frequency, thus maintaining sampling resolution. The combination of these two features on this analyser is difficult to beat, being especially useful for capturing high and relatively low frequency signals simultaneously.

Debugging is greatly aided by the integrated 8-bit pattern generator that can be used at the same time as the analyser is capturing data. 

What's included
  • La-Gold-16 main unit
  • USB connector cable
  • 2 sets of 8 SMD grabber clips with ground leads (details)
  • Printed User Manual
  • Software and documentation on CD
  • One year return to base warranty
  • Lifetime technical support by phone or email
Order code:  La-Gold-16 We regret that we can no longer supply this item  
Analyser Comparison

Need something a little different? Compare our logic analysers:

Model Channels Sampling rate Max. Buffer depth Price Find
Annie-USB 8 500 MHz 1 Meg samples/channel 125 click here >>
Logic-16 16 200 MHz " Obsolete click here >>
La-Gold-16 16 1 GHz " Discontinued This page
La-Gold-36 32 1 GHz " Discontinued click here >>


The software for the La-Gold-16 is mature and both the logic analyser and pattern generator are controlled from a single, intuitive user interface. It is user friendly, and incorporates feedback suggestions from users.

The integrated pattern generator can be used in conjunction with the logic analyser. The user can set up the instrument under test (UUT) with the pattern generator and then measure its response with the logic analyser. This, and other flexible triggering options for both the logic analyser and pattern generator, make the La-Gold-16 a cut above the rest.

Capture the data that you want

The flexible triggering options make it possible to capture the exact data you want to view. Edge triggering may be set to occur on a rising edge, falling edge or change of state on any one or combination of channels.

Pattern (level) conditions are set by specifying a '1', '0' or 'X' (don't care) condition on all channels.

Combinations such as Edge OR Pattern, Edge AND Patter, Edge THEN Pattern, Pattern THEN Edge, may be set.

Pattern durations may be set to trigger when shorter (glitch capture), or longer than a specified period.

A 'post trigger delay' function allows the final data capture to be postponed by an accurate time after trigger detection
The integrated pattern generator

The pattern generator, working in close combination with the logic analyser, adds a new dimension to debugging possibilities.

The outputs of the pattern generator can act as inputs to the unit under test. The response from the unit under test can then be used to trigger the logic analyser.

The 8-channel pattern generator can output data at rates up to 50 MHz. The output patterns can be specified to come from a user file or from the 'Pattern Editor', seen opposite.

The pattern generator can be started on various conditions, for example, start on a specific condition in the logic analyser input signals, similar to a logic analyser trigger condition.

Try the excellent La-Gold demonstration software now!    click here to download

Detailed specification

(aAcquisition system (hardware related)

Number of input channels 16 digital
Input voltage range (max) -60 to + 60V
Impedance 1 Mohm, 5pF
Input bandwidth 100 MHz
Threshold voltage -5V to +5V (variable for each group of 8 channels)
Data buffer 1 Meg samples per channel for 500MHz and below sampling
20k samples per channel minimum for 1GHz sampling
Pre/post-trigger buffer The data buffer is divided into pre and post trigger sections. The pre/post buffer relation may be changed in 1000 samples steps
Internal sampling clock Rates - 1GHz max. to 100Hz min.
Stability - 100 ppm
External sampling clock Synchronised capture: 50MHz max.
Synchronised capture into linear/ring buffer
Ring buffer configuration: Operates with pre and post trigger buffer
Linear capture may start on trigger condition or immediately
Digital logger clock
(Logging to hard disk)
Log rate - 1 second to 1 hour sampling rate
Post trigger delay
(Extended capture time)
Depends on the sampling rate,
at 500 MHZ - maximum delay = 33 ms
at 1.25 kHz - maximum delay = 1677 sec
Instrument integration Can combine with pattern generator functionality
Hardware self test Comprehensive hardware self test facilities
Extension port Useful signal inputs/outputs, e.g. output trigger to combine with external oscilloscope, pattern generator strobes, UART Tx/Tx busy, fifo empty/full etc
Protocols UART/RS232 monitor/generate signals (more protocols to be added)

(b) Trigger conditions (configured using software)

Trigger Methods: Pattern
Pattern valid for any duration "1", "0" and "don't care" ("X") conditions selectable on all channels
Pattern valid < duration Glitch capture. Pattern duration may be specified in steps of 20ns to 1 ms. Duration tolerance of 20ns
Pattern valid > duration Pattern duration may be specified in steps of 20ns to 1 ms. Duration tolerance of 20ns
Trigger Methods: Edge
Triggers on: Rising edge, falling edge, either rising or falling edge (change of state), of any one or combination of channels
Mouse/Keyboard Trigger may be forced
Trigger Methods: Combination pattern/edge
Edge OR pattern Edge or pattern condition that occurs first will cause a trigger
Edge AND pattern For a trigger the edge condition must occur while the pattern condition is valid
Edge THEN pattern The first condition is required before the second condition. At least 30ns is required from detection of the first condition to the second
Application of trigger conditions
Single capture Captures a single set of data
Continuous capture display Unconditionally continuous - trigger is forced internally and display updated at regular intervals.
Conditionally continuous - display is updated when a trigger condition is detected. Any of the above trigger conditions may be set as described above. The display is updated on detection of a specified trigger condition

(c)  Pattern generator

Pattern source

Pattern editor or user file
Number of channels 8
Buffer depth 20KB
Data output clock rate 50 MHz maximum
Output signal amplitude 2.5V to 4.8V
Start condition On logic analyser start or arm, trigger condition, start button
Minimum input impedance of load 4k7 / 100pF
Modes of operation Single/continuous


(d)  S



(d)  Software environment

Operating system Windows 98, ME, 2000, XP, Vista 32 or later compatible versions
PC Data capture speed is unaffected by PC speed
Ease of use: The software is very easy to use. Most functions are directly selectable by means of function buttons on the main screen
Display Number of channels - any number of the channels may be displayed
Channel/group names - user specified signal names
Display order - channel display order user specified
Colours - specify colours for individual signals, background
Zooming - comprehensive zooming in and out facility
Default view is as a timing analyser, i.e. waveforms are shown. When capture has been paused, can be used as state analyser in hex and binary via additional window
PC connection USB 2.0 High Speed (480 Mbit/sec)
USB 1.1 Full Speed (12 Mbit/sec) compatible
Standard port type B on hardware unit connects to standard type A on PC using 1.8m USB lead supplied
Saving to disk - formats Binary data, hex, spreadsheet (CSV), configuration
Printed output The timing diagrams, bitmaps, binary and hex data may all be printed in landscape or portrait modes

(e) Physical and Environmental

Weight Hardware unit with test leads - 220 gram (7.8 ounce)
Dimensions Hardware unit only - 162 x 84 x 26 mm (6.4 x 3.3 x 1.0 inches)
Environment The analyser is intended for indoor use
Operating temperature 10 to 40 degrees C (50 to 104 degrees F)
Power requirement from USB or external adapter 2.5 Watt typical (capturing data without pattern generator)
3.0 Watt typical (including pattern generator)
(Power consumption is dependent on the number of channels used and input frequencies)
Compliance CE certified and lead free
Manufacturer Janatek Electronic Designs, South Africa


Test leads supplied

One set of eight colour coded SMD grabber clips
plus earth clip
(2 sets supplied)


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                       New Forest Electronics Tel. +44 (0) 1425 650089                 Issue 3.59    13 April 2017