The Patton Model 2010 and 2011 async to sync converters let asynchronous DTEs communicate over synchronous analog or digital connections. The Model 2010 supports data rates from 150 bps to 19.2 kbps. The Model 2011 supports data rates from 19.2 to 64 kbps. Both models plug directly into a local async terminal, PC or host and connect that DTE-via RS-232 cable-to a sync modem, mux or CSU/DSU. When the same set-up is installed on the remote end, the local and remote DTEs can communicate over the synchronous link.Drawing power from either the sync or async RS-232 interface, the Model 2010 and 2011 need no AC power or batteries for operation. Model 2010/2011 sync data rates are automatically adjusted to match the sync DCE output rate, so no data rate strapping is necessary. The Model 2010 and 2011 derive clocking externally from the synchronous DCE, and do not limit data block size. Characters may be up to 11 bits long.

The Patton Model 2010 and 2011 async to sync converters let asynchronous DTEs communicate over synchronous analog or digital connections. The Model 2010 supports data rates from 150 bps to 19.2 kbps. The Model 2011 supports data rates from 19.2 to 64 kbps. Both models plug directly into a local async terminal, PC or host and connect that DTE-via RS-232 cable-to a sync modem, mux or CSU/DSU. When the same set-up is installed on the remote end, the local and remote DTEs can communicate over the synchronous link.Drawing power from either the sync or async RS-232 interface, the Model 2010 and 2011 need no AC power or batteries for operation. Model 2010/2011 sync data rates are automatically adjusted to match the sync DCE output rate, so no data rate strapping is necessary. The Model 2010 and 2011 derive clocking externally from the synchronous DCE, and do not limit data block size. Characters may be up to 11 bits long.

The Patton Model 2030 RS-232/423 to IEEE-1284 Bi-Directional Parallel Converter lets you connect asynchronous RS-232/423 serial hardware to a printer or other device equipped with an IEEE-1284 bi-directional parallel interface. Able to work in either Level 1 Compatible or Nibble modes (according to the IEEE-1284 Standard), the Model 2030 supports the high speeds necessary for graphics-intensive laser printer applications. The Model 2030 supports serial data rates to 115.2 kbps and works with all IEEE-1284 Level 1 compatible hardware, (including Level 2 hardware with Level 1 backward compatibility). Nibble operations are translated into standard Hewlett-Packard™ LaserJet® IV serial printer escape sequences for operation with standard printer drivers. Power may be supplied by both interfaces, or by a plug-in AC adapter.

The Patton Model 2070 Series inter-face converters allow a router-or similar WAN device-with a V.24 (RS-232), V.35 or X.21 port to connect to a G.703/64k co-directional (PCM) network. Offering switchable internal, external or network clocking options, the Patton Model 2070 Series converters support bi-directional, synchronous communication at a data rate of 64 kbps.The Patton Model 2070 Series includes three variations: The Model 2070/AM plugs directly into an RS-232 DTE, and is equipped with a male DB-25 connector.The Model 2070/CM plugs directly into a V.35 DTE, and is equipped with an M/34 male connector. The Model 2070/DM plugs into an X.21 DTE, and isequipped with a male DB-15 connector at the end of a 6" (15.25cm) cable. All versions come with an RJ-45 jack for 120 ohm twisted pair network termination (termination to a 75 ohm network can be accomplished using the Patton Model 460 balun-see below). Patton Model 2070 Series converters incorporate local loopback and G.703 loopback diagnostic modes. Diagnostic modes are controlled by a switch, or by the local DTE (V.24 or V.35 versions only). Rear panel LED indicators monitor Test Mode and Synchronization. Synchronous clock jitter is attenuated in accordance with the G.823 specification. For protection against ground loops and transient surges, the Patton Model 2070 Series converters incorporate both trans-former isolation and surge protection. Power is supplied to the Patton Model 2070 Series converters by an external power supply. When used in a point-to-point environment, distances up to 5250 feet (1600m) are attainable using two 24 AWG (.5mm) twisted pairs.

Features & Benefits

• Operates Actively or Passively
• Data Rates from 50 bps to 19.2 kbps
• Range to 4 Miles (6.4Km) over Two 24 AWG (.5mm) Twisted Pair
• No AC Power Required; Draws Necessary Power for (Passive) Operation from RS-232 Interface
• Optically Isolated on Line Side
• DB-25 Connectors on Both Ends
• External DCE/DTE Switch
• Two Units Work Together as Optically Isolated RS-232 Distance Extenders

The Model 2017RC is an async device that operates bi-directionally in full- or half-duplex modes.The Model 2017RC occupies one slot of the 1000R/16 front-load rack. It has dual independent converters that enable two async DTE RS-232 devices to communicate with two 20-mA current loop devices over two twisted pairs. It can be configured for active or passive transmitters.

The Patton Model 2073 KiloLink-I™ G.703/64 kbps co-directional access converter lets bridges, routers, switches, multiplexers and other WAN hardware connect to a Kilo-Stream™ or similar G.703 circuit. Supporting either synchronous (600 bps to 64 kbps) or asynchronous (9600 bps to 19200bps) DTE connections, the Model 2073 accepts Patton's QuikConnect™ interface modules: RS-422/530, V.35, X.21, G.703/64kbps, high speed async, Ethernet bridge or data+voice. Built-in diagnostics include full V.54 loopback tests (externally controlled) and V.52 compliant 511/511E BER tests. Operating in either clear channel or octet timing modes, the Model 2073 offers three clocking options and seven front panel LED status indicators. Built-in transformer isolation and surge protection guard the Model 2073 and connected hardware against data line transients and ground loops. Power is provided to the Model 2073 through an internal AC or DC power supply.

Patton's high speed, miniature serial to parallel converters take the capabilities of our Model 2025 Series and boost them to serial data rates of 115.2 kbps! These tiny converters support auto-directional data conversion and can handle either hardware or X-On/X-Off handshaking-yet they require no AC power or batteries for operation. These converters automatically orient themselves for serial-to-parallel or parallel-to-serial data conversion. Other parameters-data rate, flow control, parity and word length-are set by externally accessible DIP switches.

The Model 2084 high speed RS-232 to RS-485 interface converter supports async RS-232 data rates to 115.2 kbps over 2-wires. Passing one control signal in each direction, the Model 2084 can handle up to 50 terminal drops in a multipoint polling environment. The Model 2084 has five configuration parameters, allowing the unit to be "fine tuned" to a variety of point-to-point or multipoint applications. In addition, Silicon Avalanche Diodes provide 600 watts per wire of protection against harmful data line transient surges
The Model 2085 provides high speed RS-232 to RS-485 conversion over one or two unconditioned twisted pair. Otherwise, the Model 2085 has the same features and specifications as the Model 2084.
Model 2086 includes optical isolation along with the same set of features provided with the Model 2085. The Model 2086 requires an external power supply.

The Model 2089 is Patton's first high speed EIA-574 (RS-232 on a DB-9) to RS-485 interface converter. Supporting async data rates to 115.2 kbps over one or two unconditioned twisted pair, the Model 2089 passes one control signal in each direction. The Model 2089 can handle up to 50 terminal drops in a multipoint polling environment; yet it is small enough to plug directly into a DB-9 serial port...and requires no AC power or batteries for operation. The Model 2089 has five configuration parameters, allowing the unit to be "fine tuned" to a variety of point-to-point or multipoint applications. Silicon Avalanche Diode surge protection is standard as well. Amazing!

The Patton Model 222N Series of converters now comes in two "flavors": The Model 222N allows an RS-232 device with DB-25 port to connect to an RS-422 device up to 4000 feet away over two twisted pair. The Model 222N9 does the same thing for an RS-232 device with a DB-9 port (now called EIA-574). Both converters support data rates up to 19.2 kbps, and require no AC power or batteries for operation. All handshaking lines are looped back. The Model 222NRC is a dual rack card version of the Model 222N, with two converters in one card!

• Automatically connects two RS-232 devices.
• Comes with 3 foot ribbon cables (DB-25 M and F connectors on each end)

• Matches All Async, RS-232 Data, Handshake and Control Lines
• Interface Powered (no AC or Batteries)
• Data Rates from 50 to 19,200 bps
• Transparent to Protocol, Word Length, etc.

The Patton Model 2094 enables a multiplexer or other device presenting an E1 or Fractional E1 G.703/G.704 interface be converted to a V.35 interface. It also allows a V.35 devices to connect to a G.703/G.704 network. The 2090 is configured on internal DIP switches and can be used in either clear channel mode (supporting a single 2.048 Mbps connection) or in G.704 mode (support speeds from 64-kbps to 2.048-Mbps in 64 kbps increments).

The Patton Model 2702 Micro-Pak™ wears several hats: As a network termination unit, the Model 2702 receives unstructured, synchronous 2.048 Mbps data from a G.703 network and sends it to a router, bridge, multiplexer or other device. As an interface converter, the Model 2703 accepts 120-Ohm twisted-pair network connections. Then it converts the signals to V.35 on an M/34 male connector. As a rate converter, the Model 2702 lets a lower bandwidth device-256 Kbps, 512 Kbps, or 1.024 Mbps-connect to a 2.048 Mbps G.703 link. The Model 2702 supports internal, external or network (receive loop) clocking

The Patton Model 2016 X.21 to V.35 converter lets a synchronous X.21 device communicate bi-directionally with a synchronous V.35 device. The Model 2016 requires no AC power or batteries for operation and supports data rates up to 2.048 Mbps. Operating full or half duplex, the Model 2016 passes all necessary clocking and control signals, and is transparent to protocol. The Model 2016 connects directly to an X.21 interface using a male or female DB-15 connector. A 6ft (1.8m) cable terminated in a male or female M/34 connector-or a male or female DB-25 connector-plugs into the V.35 device. Various connector and gender combinations, enable the Model 2016 to work in a wide array of networking applications.

The Model 2020 Series solves one of the most common problems in WAN connectivity-connecting sync RS-232 hardware to sync V.35 hardware. And the Model 2020 series offers many different models to choose from.
The Model 2020N is the perfect solution for converter applications that do not require a built-in cable. It has all the features of the Model 2020 series contained in an ultra-miniature package.

The Model 2020 Series solves one of the most common problems in WAN connectivity-connecting sync RS-232 hardware to sync V.35 hardware. And the Model 2020 series offers many different models to choose from.
The Model 2020N is the perfect solution for converter applications that do not require a built-in cable. It has all the features of the Model 2020 series contained in an ultra-miniature package.

The Model 2020 Series solves one of the most common problems in WAN connectivity-connecting sync RS-232 hardware to sync V.35 hardware. And the Model 2020 series offers many different models to choose from.
The Model 2020N is the perfect solution for converter applications that do not require a built-in cable. It has all the features of the Model 2020 series contained in an ultra-miniature package.

The Model 2015 RS-449/422 to V.35 converter lets a synchronous RS-449/422 device communicate bi-directionally with a synchronous V.35 device. The Model 2015 requires no AC power or batteries to operate and supports data rates to 2 Mbps. Operating full or half duplex, the Model 2015 passes all necessary clocking and control signals, and is transparent to protocol. The Patton Model 2015 connects directly to the synchronous RS-449/422 interface using a male or female DB-37 connector. A male or female M/34 connector at the end of an integral 6 foot cable plugs into the V.35 device. Models with any combination of DTE and DCE wiring are available, thus eliminating the need for special crossover cables.

The Patton Model 2014 RS-530 to V.35 converter lets a synchronous RS-530 device communicate bi-directionally with a synchronous V.35 device. The Model 2014 requires no AC power or batteries to operate and supports data rates to 2 Mbps. Operating full or half duplex, the Model 2014 passes all necessary clocking and control signals, and is transparent to protocol. The Patton Model 2014 connects directly to the synchronous RS-530 interface using a male or female DB-25 connector. A male or female M/34 connector at the end of an integral 6 foot (1.8m) cable plugs into the V.35 device. Models with any combination of DTE and DCE wiring are available, thus eliminating the need for special crossover cables.

• Provides Data Rates up to 19.2K bps, Including the 3/4 Rates
• Supports Multiple Character Lengths
• Large 16K Bit Data Buffer
• Allows the Connection of an Asynchronous Terminal (DTE) Unit to a Synchronous Modem
• DB-25 Female Connectors for Interfacing to Your Terminal and ModemEquipment
• Fully Rack Mountable
• Internal Linear Power Supply with External 110/220V Switch
• Housed in a sturdy Aluminum Enclosure

The Patton Model 2021 allows a synchronous RS-232 host to communicate bi-directionally with a synchronous X.21 modem. Supporting synchronous data rates to 384 kbps, the Model 2021 is the smallest converter of its kind, and requires no AC power or batteries to operate. And there's no configuration needed for the Model 2021.Because of its high speed capabilities, the Model 2021 is typically used in WAN connectivity, video conferencing and other high speed applications. Since it's protocol independent and passes all appropriate data, clocking and control signals, the Model 2021 is as easy to use as a patch cable. Every system integrator's toolbox should contain a Model 2021!

The Patton Model 222N Series of converters now comes in two "flavors": The Model 222N allows an RS-232 device with DB-25 port to connect to an RS-422 device up to 4000 feet away over two twisted pair. The Model 222N9 does the same thing for an RS-232 device with a DB-9 port (now called EIA-574). Both converters support data rates up to 19.2 kbps, and require no AC power or batteries for operation. All handshaking lines are looped back. The Model 222NRC is a dual rack card version of the Model 222N, with two converters in one card!

The Patton Model 2022 RS-232 to V.36 converter is the missing link between local area computing hardware and wide area communications hardware. Supporting synchronous data rates to 200 kbps, the Model 2022 is the smallest converter of its kind, and requires no AC power or batteries to operate. With its DCE/DTE switching capability, the Model 2022 lets a V.36 host talk to a synchronous RS-232 modem; or lets a synchronous RS-232 terminal talk to a V.36 CSU/DSU. Once you've set the DCE/DTE strap, there's no other configuration needed for the Model 2022. Since it's protocol independent and passes all appropriate data, clocking and control signals, the Model 2022 is as easy to use as a patch cable. Every system integrator's toolbox should contain a Model 2022!

The Patton Model 2021 allows a synchronous RS-232 host to communicate bi-directionally with a synchronous X.21 modem. Supporting synchronous data rates to 384 kbps, the Model 2021 is the smallest converter of its kind, and requires no AC power or batteries to operate. And there's no configuration needed for the Model 2021.Because of its high speed capabilities, the Model 2021 is typically used in WAN connectivity, video conferencing and other high speed applications. Since it's protocol independent and passes all appropriate data, clocking and control signals, the Model 2021 is as easy to use as a patch cable. Every system integrator's toolbox should contain a Model 2021!

Patton's Model 1104 RS-485 Fiber Converter is a miniature fiber-optic converter that enables RS-485 devices to communicate over dual multi-mode fiber. The 1104 features asynchronous RS-485 half-duplex (2-wire) communications at data rates up to 115.2 kbps. The Model 1104 extends distances up to 1.25 miles (2.01 km) and offers immunity from EMI/RFI interference, perfect for industrial and utility type applications.
The Patton Model 1104 RS-485 Fiber Converter provides a cost-effective method of extending RS-485 distances, while protecting data and equipment from harsh environments.

The Patton Model 2026 & 2027 miniature serial to parallel converters represent a breakthrough in size and performance. Self-contained units, the Model 2026 & 2027 support auto-directional data conversion, serial data rates to 38.4 kbps, and both hardware and X-ON/ X-OFF handshaking. Yet they don\92t require AC power or batteries for operation!Incorporating microprocessor technology, the Model 2026 & 2027 automatically orient themselves for serial-to-parallel or parallel-to-serial data conversion. They also sense which connected device is DTE and which is DCE, and orient themselves accordingly. Other parameters-data rate, flow control method (hardware or X-ON/X-OFF), parity and word length-are set by externally accessible DIP switches. A single LED indicator monitors five modes including transmission status. Standard connectors on the Model 2026 and 2027 are shown in the ordering table below. Custom connectors are also available.

The Patton Model 2025 & 2029 miniature serial to parallel converters represent a breakthrough in size and performance. The Model 2025 & 2029 support auto-directional data conversion, serial data rates to 38.4 kbps, plus both hardware and X-On/X-Off handshaking. Yet they are no larger than a DB-9 or DB-25 backshell (excluding cable), and require no AC power or batteries for operation!The Model 2025 is designed to plug directly into an RS-232 device with a DB-25 serial port. The Model 2029 plugs directly into an EIA-574 (RS-232) device with a DB-9 serial port. Both come equipped with a six foot cable. And both models use microprocessor technology to automatically orient themselves for serial-to-parallel or parallel-to-serial data conversion. A single LED indicator monitors five modes, including transmit status.

The Patton Model 2040 V.35 to High Speed Serial Interface (HSSI) converter lets a HSSI (HD-50) device communicate bi-directionally with a V.35 (M/34) device at synchronous data rates up to 10 Mbps. The Model 2040 supports all HSSI co-directional timing patterns, two loopback modes (local line and remote line), plus data and control signals.The Model 2040 is available in two versions: The Model 2040 MT-MC lets a V.35 DCE device communicate with a HSSI DTE device. The Model 2040 MC-MT lets a V.35 DTE device communicate with a HSSI DCE device. Both versions are equipped with a male M/34 connector on the converter end, and a male HD-50 on the end of a 6 foot (1.8m) cable (other connector genders and cable lengths are available on a custom basis). Power is supplied to the Model 2040 by an external wall-mount AC transformer.