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Mitel MT90840 manual C4/8R1&2 4 MHz Serial I/O 2 Mbps, PPFRi PDi0-7

Models: MT90840

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Preliminary Information

MT90840

C4/8R1&2 (4 MHz)

Serial I/O 2 Mbps

Ch. 31 Bit 1

Frame Boundary Established by F0

Ch. 31 Bit 0	Ch. 0 Bit 7	Ch. 0 Bit 6

Serial I/O 4 Mbps

C4/8R1&2 (8 MHz)

Serial I/O 8 Mbps

Ch. 63 Bit 2

Ch. 63 Bit 1

Ch. 63 Bit 0

Ch. 0 Bit 7

Ch. 0 Bit 6

Ch. 0 Bit 5

ch.127

ch.

Figure 3 - Serial Port Interface Functional Timing

Frame Boundary Established by PPFRi

PCKR

PPFRi

PDi0-7

Ch. n-2

Ch. n-1

Ch. n

Ch. 0

Ch. 1

Ch. 2

Frame Boundary Established by PPFTi/o

PCKR or PCKT (TCP bit = 0)

PPFTi/o (PPFP bit =1)

PDo0-7

Ch. n-2

Ch. n-1

Ch. n

Ch. 0

Ch. 1

Ch. 2

Notes: In TM1, 2 and 4 PPFRi and PPFT are not simultaneous.

Terminal count “n” = 2429, 2047, or 809.

Figure 4 - Parallel Data Port Functional Timing

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Mitel MT90840 manual C4/8R1&2 4 MHz Serial I/O 2 Mbps, Serial I/O 4 Mbps C4/8R1&2 8 MHz Serial I/O 8 Mbps, PPFRi PDi0-7

MT90840 specifications

The Mitel MT90840 is an advanced telecommunications device designed to enhance connectivity and communication capabilities for various applications. With its robust array of features and technologies, the MT90840 is well-suited for businesses looking to improve their communications infrastructure.

One of the standout features of the Mitel MT90840 is its integration of voice and data services. This allows users to manage their communications more efficiently, streamlining operations and reducing costs. The device supports a wide range of voice codecs, ensuring high-quality audio during calls and providing flexibility for users who may require different standards for different applications.

Another key characteristic of the MT90840 is its scalability. The device is designed to grow with the needs of a business. It supports multiple lines and can be configured to handle an increasing number of users without compromising performance. This scalability is particularly advantageous for organizations that may undergo growth or changes in their communication needs over time.

The Mitel MT90840 also incorporates advanced networking technologies, such as VoIP (Voice over Internet Protocol). This allows users to make voice calls using the internet rather than traditional phone lines, reducing costs for long-distance calls and improving overall communication efficiency. The device is equipped with features that support secure, encrypted communication, further protecting sensitive data and conversations from potential breaches.

Additionally, the MT90840 is designed with user-friendliness in mind. It features an intuitive interface that simplifies operation, making it accessible even for those who may not be tech-savvy. The device is compatible with various peripherals, such as headsets and conferencing equipment, further enhancing its usability in diverse settings, from small offices to large conference rooms.

Moreover, the Mitel MT90840 offers excellent interoperability with a variety of third-party applications. This flexibility enables organizations to integrate the device into their existing systems seamlessly, thereby enhancing productivity without requiring a complete technological overhaul.

In conclusion, the Mitel MT90840 stands out as a versatile and reliable telecommunications solution. Its rich feature set, including voice and data integration, scalability, VoIP capabilities, user-friendly interface, and interoperability, makes it an ideal choice for businesses looking to elevate their communications strategy.

Contents

Applications Features Pin Connections PIN Plcc No Connection Pin DescriptionPin # Description 100 Pckt PckrTDI Ground +5 Volt Power Supply Functional Description Time Slot Interchange Operation SwitchingDevice Operation Pckr or Pckt TCP bit = PPFTi/o Ppfp bit =1 PDo0-7 C4/8R1&2 4 MHz Serial I/O 2 MbpsSerial I/O 4 Mbps C4/8R1&2 8 MHz Serial I/O 8 Mbps PPFRi PDi0-7 Transmit Path Bypass/Parallel-Switching PathReceive Path Serial Data Port Serial Frame Pulse Parallel Port Clock Signals and FramingParallel Data Port Asynchronous Parallel Port With ST-BUS Clock Master Timing and Switching ControlOutput Driver Enable Control Capability Timing Mode 1 TM1 Ring Master TM1 Multiple-MT90840 Sub-Mode Pfdi Timing Mode 2 TM2 Ring SlaveAsynchronous Parallel Port With ST-BUS Clock Slave Internal 4.096 MHz Clock Divider External PLL and C4 Phase-CorrectionTM2 Multiple-MT90840 Sub-Mode Sfdi Sfdi = Synchronous Parallel Port With ST-BUS Clock SlaveSfdi = MT90840 Per-channel Control Outputs on the Parallel Port MT90840 Throughput DelayMT90840 Per-channel Functions Per-channel Bypass on the Parallel Port MT90840 Throughput Delay Summary Mode Data Rates Minimum Delay Total Throughput Delay Per-channel Direction Control on the Serial Port Per-channel Message Mode Serial and ParallelSTi0 STo0 Per-channel Tri-state Serial and Parallel Addressing Serial Data Memory Addressing 2.048 Mbps Add/Drop Mode Tpdm Addressing DTA Data Transfer Acknowledgment Pin Microprocessor PortAddress Mapping of the Internal Registers IRQ Interrupt Pin Hex Accessing Internal MemoriesMT90840 Register Address Mapping Memory Block-Programming Clock Quality and TM1 Tpcm Access IntegrityClock Quality and TM2 Rpcm Access Integrity Detecting Clock Presence Jtag Support Timing Mode Initialization Boundary-Scan Instruction Register Test Access Port TAPBoundary-Scan Instruction Register I01 Instruction Description High Test Data RegistersCells Deﬁnition Boundary-Scan Register Cells Deﬁnitions DR1 Interface Mode Selection Register IMS READ/WRITETiming Mode Register TIM READ/WRITE Register Description Alarm Status Register ALS READ/WRITE General Purpose Mode Register GPM READ/WRITE Control Register CR READ/WRITE Phase Status Registers PSD Read Only AB9 AB8 Internal Memory Description AB11 AB10 CTI Distributed Architecture Implemented with the MT90840 Distributed Isochronous Network Absolute Maximum Ratings Parameter Symbol Min Max UnitsCharacteristics Sym Min Typ Max Units Test Conditions Characteristics Sym Min Typ‡ Max Units Test Conditions/Pins TM1 Characteristics Sym Min Typ‡ Max Units Test Conditions Units Test Conditions Characteristics Sym Min Typ‡Output Pin Test Point Serial Port with Positive Polarity F0 GCI Serial Port with Negative Polarity F0 ST-BUS Serial Port Timing for 2.048 Mbps TM2 SFDi = 0 and TM3 267 F0 Frame Sync with Positive Polarity Spfp = F0 Frame Sync with Negative Polarity Spfp = Serial Port Timing for 8.192 Mbps TM1 and TM2 SFDi = Frame Sync with Negative Polarity Spfp = Frame Sync with Positive Polarity Spfp = Timing for the Parallel Port External Control Lines CTo0-3 Parallel Port Receive Timing AC Electrical Characteristics Parallel Data Port Parallel Port in Timing Mode 774 Up to 3 C4 cycles + Register takd-wr RD/WR AD0 Intel/National Multiplexed Bus Timing Characteristics Sym Min AC Electrical Characteristics† Motorola Multiplexed Bus Mode AD0-13 AD0-7 Boundary Scan Test Port Timing Parameter Symbol Min Max Units Test Conditions Dim Min Max Dimensions in inches are not exactNot to scale 280