TMAX TPM

What is TMAX TPM?

Freedom to create mission-critical apps

Tmax TPM is a transaction process monitoring (TPM) solution that optimizes transaction processing across distributed systems across all industries. System reliability in these mission-critical systems, managing tens of millions of transactions daily, is guaranteed through load balancing and fault tolerance. Tmax TPM complies with international standards for distributed transactions (X/Open DTP and OSI-DTP) and makes a seamless interface with standard APIs and preprocessors. This ensures continuous migration to applications that use other TPM solutions with different architectures and engine engines.

The Tmax TPM architecture improves system reliability and performance by optimizing internal processing, providing instant error handling, and minimizing the use of system resources.

• Multiple real or virtual machine nodes are linked in a peer-to-peer relationship, allowing sections of a system to be shut down or restarted independently in the event of a transaction failure and removal of the master/slave dependency.
• The interprocess communication (IPC) flow improves system reliability, stability, and superior performance to message queue communication and supports various types of process control.
• Multiplexed I/O handling efficiently processes a large volume of client requests and consumes minimal system resources.
• Server processes can be started and shut down automatically to efficiently manage workloads. A variety of load balancing methods are supported, such as client, server, and node.
• A variety of different process control methods for implementing push and batch tasks maximizes the flexibility of application development.
• The Tmax Hybrid Messaging System (HMS) provides a reliable way to process large volumes of data by providing Message Oriented Middleware (MOM) as a standalone module.

Features and benefits

• Compliant with international standards for the distributed transaction processing model (X/OPEN DTP)
• The Open System Interconnection (OPI) model has international standard SYSTEM APIs and interfaces
• Transparent support for application processing and online transaction processing (OLTP) on distributed systems
• Consistent, isolated, and durable atomic transaction (ACID) management supports two-phase commit to ensure transaction integrity

System Requirements

• Windows 2000 Windows XP, 2003, Windows Vista
• 500 MB or more hard drive locations
• 128 MB RAM
• SO Solaris HP-UX AIX, Linux
• 500 MB or more of the location on the hard drive