products		Rubidium Series 1 & 3: Module GT

Leaflet: pdf-file.... zip- file Manual pdf-file.... zip- file Option L pdf-file.... zip- file Option M pdf-file.... zip- file

H1-Module in 19"/1 HE-housing

RUBIDIUM Series 1 & 3, GL module:

The GL offers extensive monitoring and controlling possibilities and therefore was also designed for the implementation in complex and fail-proof redundant systems. The GL has a set of universal interfaces enabling it to be implemented for smaller compact Time Code applications (generators, converters) and also larger multigenerator studio systems applications. These interfaces permit a wide range of output signals. The following interfaces and connections are available: LTC-generator, Referenz LTC-reader, VTR Serial interface, Reference GPS/DCF Input seconds pulse Input Primary-identifier RS485 MTD-Protocol Serial Output, MTD-Protocol Output DCF-Telegram DC input, Battery buffered clock unit Video input loop, Video synchronized GPI In-/Output Option: LTC- reader, Reference Option: Automation system interface Option: Clock driver output The rear-sided RLC plug carries voltage supply, a fault detector relay and a TC_link signal. The TC_link is a real time capable proprietary interface, which is based on a RS485 interface and an Alpermann+Velte user specific protocol. The second external interface present on the housing is the (RS232) PC interface. All data transfers, such as data exchange between the modules, configuration of the module, status monitoring and software updates are completed via the “TC_link” or the “PC” interface. Software updates are available for the modules firmware, its browser or for the programmable digital hardware components of the modules. The latest software and firmware updates are available on our web site or by request via email. Modules can be inserted in any order into the available slots of a housing. Each slot position has its own address within the communal address of the systems housing identification address. This enables each module to be specifically identified within a bigger system. To simplify the location and identification of a module, alias names can be given to the hard stamped numerical address via the supplied configuration software. When any RUB module is inserted into any of our hou-sings, each module is automatically connected to an internal “hot swappable” bus. This internal bus bilaterally connects all modules within that particular housing and can also be connected to other housings & modules via a RLC-plug located on the rear of all our housing models. GL H1 module front view GL H1 module rear view A uniform front offers a multi-functional window with four status LED's and four backlit function keys for loading profiles or changing available functions. A blue modules name identification button is also present on the front side of the module (GL). In most cases, the generated LTC is synchronized (locked) to a video signal. Various GPS or DCF protocols (e.g. NMEA or Meinberg) can be used as a time reference for the generated Time Code. Other optional time reference signals include another LTC or NTP time signals. A battery-backed circuit for the generation of the reference time along with an external reference (e.g. GPS) ensures for stable operation. The GPS receiver and the internal time reference quartz can be externally supplied with power via a separate plug (even when the main housing is off), in order to ensure a constant reference that is ready for use immediately after powering up a complete system. LTC Time Code is widely known as the most used generic reference signal. The GL's generator was designed in accordance with the SMPTE/EBU standards for PAL and NTSC. Via our standard internal interface connection, all system data can be transferred to any other modules in a connected system (TC_link). Depending upon available modules, you could then have a VITC, DVITC, ATC (SDI and HD-SDI), UMID or NTP signal, syncronised with the output of the GT's generator. We also offer a series of different signal amplifier modules for the distribution of all GL signals, some of which offer fail-safe circuitry. Because of the large amount of interfaces, module updateable software, programmable digital hardware and large assortment of modules available, there is an almost infinite amount of possible applications. We suggest that breaking down your requirements into required inputs and outputs to enable an overview of needed functions. To enable an easy overview of all available functions, the GT offers an easy to use windows configuration program and an optional Ethernet module that offers configuration by a standard web browser. Simple function settings can easily be stored and loaded or saved as a profile in the modules memory. This MTD protocol allows for up to six additional times to be transported in the user bits of the LTC. These times can be up or down counting, different time zones or VTR read time. All these times are then made available in this single MTD interface on the “GL”. As an option there is an interface to automation systems like Aveco available. The “DRVSEL“input signal determines the pri-mary or secondary operation mode of the GL in a fail safe system. Time Code and status data are here made available for the monitoring of the system (e.g. read-in and read-out times, synchronization status and operational data). This data can be queried and monitored by serial interface or TC-link. If a RUB Ethernet module is connected to the system, NTP and SNMP functions are then also possible. The various universal input and output interfaces allow for a multitude of options, such as a bi-phase converter (CTL pulse to Time Code), Sony 9P converter or user programmable offset times. The RUB GI module was specially designed for the generation of IRIG-B. Many other special formats such as digital audio etc. are in development. There are many customer specific applications possible, so please do not hesitate to ask us for suggested solution to a request you may have for your customer specific application. The Alpermann+Velte GL module is a compact master Time Code system. It is widely known that space is limited in OB vans, and this is why we designed a pro-fessional yet very compact housing and module format. Due to it's large amount of serial interfaces, all substantial peri-phery can be directly integrated (e.g. time displays, PC`s, clock drivers and refe-rence inputs). Various signal amplifiers, inserters and an Ethernet interface (NTP, SNMP, Browser) are optionally available by simply adding the applicable module to the interconnected system. Option M offers a clock driver instead of the VD/VL interface The generators LTC is synchronized to a video's blackburst and a time reference. A GPS-mouse is directly connectable to the “GT”, as standard protocols such as “NMEA” and “Meinberg” are supported. Additional processable formats such as a clock signal, RS232, TC_link and MTD are all included. A redundant master Time Code system usually consists of two GPS receivers, two master Time Code generators and a monitoring signal switcher. The SL-module is responsible for monitoring and switching of the LTC, the SR module for the reference signals (e.g. GPS). With two connected power supply modules or an additional external supply of 24V a redundant electrical supply can be ensured. NTP and SNMP are available with the addition of our IE Ethernet module, where a parallel operation of two or more IE modules allows for automatic redundancy of these available signals.

Features

Generate LTC
Convert TC-link to LTC
Synchronise to Blackburst
Synchronise to second pulse
Control monitor ready
MTD reader compatible

Optional available features

LTC reference input (option L)
Clock driver output (option M)

GL specifikations

The RUBIDIUM modules must be used in conjunction with a RUBIDIUM housing and a RUBIDIUM power supply, please see our overview leaflet for more information.

We reserve the right to modify specifications without notice.