Retro Nixie and Numitron Clocks

SNC4 4-Digit IN-2 Nixie Clock

This is a factory assembled or SMD kit 4 Digit Nixie clock.

The assembled kit needs only a small amount of additional assembly from you, with only a few through hole components to be added. No SMD tools or skills are required for the assembled kit.

The SMD kit requires some SMD assembly skills and tools. However, all the components used are large format (0805) and have been chosen for hand assembly.

It is a fully featured clock, with high reliability and low contruction effort. It features pluggable tubes and you can change tubes easily if needed.

This clock runs off a 5V USB power supply with a micro USB-B lead. (Power supply and cord not included).

SNC4 4-Digit IN-17 Nixie Clock

This is a factory assembled or SMD kit 4 Digit Nixie clock.

The assembled kit needs only a small amount of additional assembly from you, with only a few through hole components to be added. No SMD tools or skills are required for the assembled kit.

The SMD kit requires some SMD assembly skills and tools. However, all the components used are large format (0805) and have been chosen for hand assembly.

It is a fully featured clock, with high reliability and low contruction effort. Note that the IN-17 tubes are soldered to the board.

This clock runs off a 5V USB power supply with a micro USB-B lead. (Power supply and cord not included).

MNC6 6-Digit Nixie Clock

This is a factory assembled 6 Digit Nixie clock module, needing only a small amount of additional assembly from you. It is a fully featured clock, with high reliability and low contruction effort. It features pluggable tube PCBs and you can change tubes easily. This clock is perfect for hobbyists or people who want to concentrate on the clock housing and not get so involved in the electronics.

This clock runs off a 9V-12V DC power supply.

SNC4/6 4-Digit Nixie Clock

This is a factory assembled 4 Digit Nixie clock module, needing only a small amount of additional assembly from you. It is a fully featured clock, with high reliability and low contruction effort. It features a removable display board allowing one module to be used for small format front-view tubes (IN-12, IN-2, IN-17). Intended for hobbyists or people who want to concentrate on the clock housing and not get so involved in electronics.

This clock runs off a 9V-12V DC power supply.

6-Digit Numitron Clocks

These are simple to build kits based on a Wemos micro controller, packed full of features and able to drive 6 Numitron tubes (DA-2000, IV-13 or IV-9). Numitrons are long life filament displays and provide a warm glow and a restful display. The clock gets the time from an Internet NTP (Network Time Protocol) and is fully configurable via a browser.

This clock runs off a 5V DC USB power supply - an old one from a phone with a USB-B is perfect.

4-Digit Numitron Clocks

These are simple to build kits based on a Wemos micro controller, packed full of features and able to drive 4 Numitron tubes (DA-2000, IV-13 or IV-9). Numitrons are long life filament displays and provide a warm glow and a restful display. The clock gets the time from an Internet NTP (Network Time Protocol) and is fully configurable via a browser.

This clock runs off a 5V DC USB power supply - an old one from a phone with a USB-B is perfect.

All-In-One Clock for IN-14 / IN-8-2 / Z570M

This is a simple to build kit based on Arduino (Atmel ATMega micro controller), packed full of features for use with 6 IN-14 tubes. You don't need to own an Arduino to use this kit! It is self contained and runs without an external Arduino board.

This kit is ideal if you want to make a traditional "6 in a row" eye catching clock in a custom case. You will need to add IN-14 tubes and an external power supply (9VDC centre positive, 5.5mm x 2.1mm barrel jack).

4-Digit Wemos Clock

A fully WiFi enabled clock using four IN-12 or IN-2 tubes. Fully configurable using a browser!

and the time is set from Internet atomic clock sources. The time also changes to respect daylight savings time. An external power supply (9VDC centre positive) is needed.

There is also a 3D printable case available for this clock for you to print at home!

ClassicWiFi Rev5

This is the new Classic Nixie Clock with an integrated ESP8266 WiFi module. This is our "Classic" board, but in a more compact form for the WiFi time provider. Note this this kit needs a small amount of SMD soldering!

You need to add the components, the tubes (any kind) and an external power supply (7.5VDC - 12VDC)

Modular Nixie Clock IN-14 tubes

This is a simple to build kit based on Arduino (Atmel ATMega micro controller), packed full of features and able to drive any combination of 6 tubes. It is the same as the "All-In-One" clock, but the tubes are mounted on removable tube holder boards.

This makes replacing a tube as simple as unplugging it and putting a new one in. You need to add IN-14 tubes and an external power supply (7.5VDC - 12VDC).

ClassicWiFi Rev6

This is the new Classic Nixie Clock with an integrated ESP8266 WiFi module. This is our "ClassicRev5" board, but updated to drive NeoPixels and tube decimal points, and to use a PIR or motion detector. Note this this kit needs a small amount of SMD soldering if you select the WiFi option!

You need to add the components, the tubes (any kind) and an external power supply (7.5VDC - 12VDC)

Single Decatron Clock (A-101 or OG-4)

A innovative and entertaining way of using a single Decatron to show the time, by rapidly animating the clock face on the round face of the Decatron. It is fully WiFi connected and supports a motion detector (PIR or microwave) to tun off the display when no one is there to see it.

You need to add the components, the Decatron (A-101 or OG-4) and an external power supply (7.5VDC - 12VDC)

Add ons and upgrades

This is a replacement module for the Real Time Clock (RTC) module for Nixie Clocks. This upgrades the battery backed time provider to a WiFi enabled time provider that never needs setting. You set it once, and it never needs setting again, ever! It also allows you to configure the clock using a browser.

If you have a firmware older than V44, you need to upgrade the firmware as well.