ZIMO MX10 Command Station
The DCC experience of the 21st century
This is your ZIMO "Brain" of your DCC system
The MX10 is ZIMO’s command station for digital multi train control under the specification of DCC.
ZIMO MX10 the most advanced system in the industry
ZIMO MX10 the only 20A command station suited for G-scale
ZIMO DCC system, there is really no other choice. Quality and features should always have the better of you.
Look for yourself, all other systems on the market look like they were developed in the 60s and 70s, and the were. No advances were made and they a stuck in a time warp.
Granted you can safe money, but at what price. ANd even
ZIMO is not a clunky big box, as a matter of fact judging by its size customers wouldn’t assume that it has all the power that it has. At first sight the 18 cm times 3cm (7" x 1 3/16") measurements do not hint at the fact that this central station delivers a whopping 20A total. Yet the station never runs hot. Additionally you can derive another 5A on the common bus.
But with all of that power under the hood, ZIMO’s special technology ensures that your priced posession will never get the fatal blow. Short circuits for examples are detected in shortest time, avoiding harm of any component including your rollingstock. This is unlike many (if not even all of the existing systems in the market.
But ZIMO goes far beyond power delivery. The processor, the storage, and the software features coupled with most modern measurement technology (ie. for the precision RailCom detectors), many interface connections, out-of -the-box integrated wireless, as well as many other features enable even the most demanding hobbyist.
- MX10 Central Station (Command Station) - (detailed info under MX10)
- rotation knob inoput for track power, current, additional values, speed controller, emergency stop (press twice), initiate standby, and many more...
- Multi-color operations display for standard operation showing track voltage, current, ABA-Inputs, communication status, and many more.
- Three Push-Button inputs
- Button 1: Activate and terminate automatic operations sequences, start decoder update
- Button 2: Enter the MX10 Menu (afterwards you scroll the selection knob), start decoder sound load
- Button 3: Start engine operation ("BASECAB"), unversal "BACK" key, and many more...
- USB interface for USB stock, which manages the self update, load and backup data, decoder update, and sound projects
- USB clinet interface for connecting the MX10 to the PC
- "SUSI" interface for ZIMO decoders for fast project loading (1 min vs 10 min)
- CAN-bus interface for ZIMO units (MX32 - and older, ZIMO modules (MX8, MX9)
- XNET-Interface for inout devices such as Roco Lokmause, Massoth Dimax Navigator and other XNET-devices
- LAN (Ethernet) interface
- CAN bus interface for synchronization to Boosters and STEin-modules
- 1 Standard track output (12A)
- 1Programing track output (8A)
- 8 ABA inputs
- 24V - 28V Powersupply input
Some more Details:
Track Communication and Datamanagment
The MX10 supports DCC (in accordance to NMRA and VHDM specifications) and the Motorola (MM, Maerklin track protocol). Future implementations can be added becaus eof the modenr and flexible architecture of the ZIMO MX10. This can be in particular interesting for faster future solutions.
The MX10 offers of course the maximum the specs allow: in DCC 10239 engine addresses, 2048 accessory addresses with 4 sub addresses each, 14/28/128 speed steps, and 28 function key support (and more)
RailCom and ZIMO "train number impulse" (ZACK)
ZIMO's MX10 fully supports the RailCom implementation.
The MX10 is equipped with two specialized "RailCom-precisiom-global-detectors", one for each of the track outputs. "Global" means that all "RailCom" functions are supported that are indepenedant of the current position. Position information is provided via separate track section detectors. "Precision" means that the interpretation of the supplied information is not only interpreted via threshold vlaues, but the RailCom signal is being analyzed in order to indentify weaker or distrorted RailCom signals in order to support also large layout as they are common in the G-scale market.
RaiCom information that are confirmations from the decoder allow the MX10 the ovoid unneccessary re-transmission of packets, becaue the decoder already confirmed their receipt. Additionally the RailCom packets contain information that will be passsed through to the hadnhelds and/or connected computer(s). Simple applications are: reading and display of CV values ON THE MAIN, continuous display of the acutal speed as measured by the decoder (real-time speed), alarm messages, or accessory decoders announcing the swithc posiiton.
The MX10 is backwards compatible with the previous ZIMO train number identification, which hav been implemented in all ZIMO decoders since 1998.
Because of the available high current (20A) only very large layouts (predomiantly G-scale) might need extra power. Tghe preferred method in that case is a second MX10, which operates in synchronized mode with the main MX10. Other booster applications are possible, but not so advantageous, because these connections only support "simple" NMRA "control-Bus" (lmiteed short circuit information)
CAN-Bus (for ZIMO internal connections) and Bus-Systems for 3rd party products
The MX10 support to parallel CAN-BUS RJ-45 sockets, which are 8-wire connections. The 8-wire connections serves the purpose to allow for a protocol analyzer to be connected (normal CAN-Bus applications are only 6-wire). Also the 8-wire connection is utilized for Booster and STEin applicaitons.
RF-communication with ZIMO handhelds
The MX10is equipped with a Wi-Mi module, a varient of the 2.4 Ghz "ZigBee" standard. Unlike the old ZIMO 344 Mhz solution, the MX10 is permitted to be operated in any part of the world. While the higher frequency bands have lower wall pass through penetration the network capabilites of the MX10 more than compensate for that.
LAN-connectivty for WIFI capible handhelds and Computer connections
Smartphones and tablets with supported apps can be utilized by connecting a WLAN router to the LAN connector of the MX10.
The same LAN interface can also be utilized for computer communication instead of the USB intrerface.
USB (host) socket for USB-Sticks an front / Micro-USB (device = client) on the back
The USB Host connection is utlized to insert a USB sitck for the MX10's self update, as well as sound and microcode updates for the connected decoders.
Years of experience with the MX31ZL and MXULFA showed that sometimes the update via USB stick is easier than the direct connection with the computer, becasue the uncertainty of OS versions, drivers, and interfaces doesn't exist.
Alternatively the USB client interface can be used to connect directly to a computer. Special software (ZCS, PfuSch, TrainProgrammer, u.a.) can be used to program und update the decoders or sound can be programmed via (ZSP, ZIRC). Additoonal train automation programs communcate via this USB interface (ie. STP, ESWGJ, TrainController, and others.).
The MX10 as Decoder-Update-system
As already mentioned above the MX10 can be utilized to update the ZIMO decoders, elminating the need for the seperate programming unit (ie. MXULFA). Two mehtods are supported:
1) Decoder-Update-files or Sound-Projekte are loaded onto the USB-Stick and the Decoder-Update-procedures or Sound-Project-Loading via USB (host) - is initiated.
2) The MX10 is connected to a computer via the USB clinet interface.
The MX10 a stand-alone - Digital Central Station
Users that don't require additonal handhelds but want to rely on working with computers have the option to test drive their trains via the MX10 train control. Computer Software (ie. ESTWGJ, STP, TrainController, PfuSch, ...) or applications with smart phones and tablets can utilze the MX10 without any highend handhelds (MX32) and users can still test basic operqting functions via the the frontend of the MX10.