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MSO8000HD-SPMI Power Management Serial Option

$999.00
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Description

Enables decode and trigger for SPMI, used in mobile SoCs and power management ICs.

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UNI-T MSO8000HD Options Series

OVERVIEW

DOCUMENTATION

UNI-T MSO8000HD-SPMI | Power Management Serial Bus Trigger and Analysis Option

Overview

The UNI-T MSO8000HD-SPMI option provides comprehensive SPMI (System Power Management Interface) protocol analysis capabilities, enabling engineers to decode, trigger on, and analyze SPMI communications used extensively in mobile device power management and system-on-chip (SoC) applications. SPMI is a specialized serial interface designed for managing power management integrated circuits (PMICs) in mobile devices, providing efficient and reliable communication for power control, battery management, and system power optimization.

Designed specifically for mobile device engineers, SoC designers, and power management system developers, the SPMI option combines advanced protocol decoding with the MSO8000HD's exceptional signal integrity analysis capabilities. This integration enables simultaneous analysis of SPMI command sequences and physical layer characteristics, providing complete visibility into both power management communications and signal quality for robust mobile system development and PMIC validation.

UNI-T MSO8000HD Protocol Analysis
Advanced SPMI protocol analysis for mobile power management validation

Key Features

• Complete SPMI protocol decoding with command and data analysis
• Master and slave device communication analysis
• Advanced triggering on SPMI-specific commands and device addresses
• Register read/write operation decoding and validation
• Multi-slave device analysis and arbitration monitoring
• SPMI command classification and parameter extraction
• Error detection and communication reliability assessment
• Integration with signal integrity analysis for mobile EMC validation
• Protocol search and navigation through extensive SPMI transactions
• Automated power management sequence analysis
• PMIC register map correlation and validation
• Seamless integration with MSO8000HD's embedded analysis ecosystem

Compatibility Information

Compatible Models: MSO8804HD, MSO8504HD

Installation: Software license activation - no hardware modification required

Supported Standards: SPMI specification versions 1.0 and 2.0

Signal Requirements: Standard SPMI SCLK/SDATA two-wire interface

Bundle Savings Opportunity

This option is included in the MSO8000HD-BND Protocol Analysis & Jitter Suite! Get this capability plus 15 other protocol analysis options and jitter analysis for just $5,399 - saving you $10,583 (66% off) compared to purchasing options individually.

The bundle features perpetual licensing with zero recurring fees, potentially saving $10,000+ over the instrument's lifetime compared to competitors' subscription models.

UNI-T MSO8000HD-SPMI Analysis Capabilities

Advanced SPMI Protocol Decoding

The SPMI option provides sophisticated analysis of the System Power Management Interface protocol, enabling comprehensive decoding of SPMI commands, register operations, and power management transactions. SPMI is optimized for mobile applications where power efficiency and fast response times are critical, supporting up to 16 slave devices on a single two-wire interface with advanced power management capabilities.

The analyzer automatically recognizes SPMI transaction types including Extended Register Write, Extended Register Read, Extended Register Write Long, Extended Register Read Long, Reset, Sleep, Shutdown, and Wakeup commands. Advanced command analysis enables automatic classification of power management functions and validation of register access patterns essential for mobile device power optimization and PMIC validation.

MSO8000HD Signal Integrity Analysis
Precise signal integrity analysis for SPMI timing and communication reliability

UNI-T MSO8000HD-SPMI Power Management Analysis

Mobile devices require sophisticated power management for optimal battery life and system performance across varying operational conditions. The SPMI option provides comprehensive analysis of power management functions by decoding SPMI register operations, power state transitions, and system power control sequences essential for mobile device power optimization.

Advanced power management analysis includes automatic recognition of voltage regulator control, battery charging protocols, thermal management sequences, and dynamic power scaling communications. This capability enables engineers to validate proper power management implementation, optimize battery life, and ensure reliable operation across all mobile device power states from active operation to deep sleep modes.

Protocol analysis capabilities
Real-time SPMI power management command decoding and analysis

UNI-T MSO8000HD-SPMI Multi-Device Communication

SPMI supports up to 16 slave devices on a single bus, enabling complex power management architectures common in modern mobile SoCs and multi-chip mobile systems. The SPMI option provides sophisticated multi-slave analysis capabilities that track individual device communications, validate proper addressing, and monitor bus arbitration essential for reliable multi-device power management operation.

Advanced slave device analysis enables automatic identification of PMIC devices, power switches, battery fuel gauges, and other power management components. Device-specific register analysis correlates SPMI transactions with actual device functionality, enabling comprehensive validation of power management system integration and optimization of inter-device power coordination protocols.

High-resolution signal analysis
Multi-device SPMI system analysis and power management coordination

UNI-T MSO8000HD-SPMI Mobile System Integration

Mobile device development requires integration of complex power management systems with application processors, connectivity modules, sensors, and display systems. The SPMI option enables comprehensive analysis of power management integration by correlating SPMI communications with system-level power events and validating proper power sequencing across all mobile device subsystems.

System integration analysis includes monitoring of boot sequence power management, dynamic power scaling during operation, thermal management responses, and power-down sequences for optimal battery conservation. This capability is essential for mobile device certification, battery life optimization, and ensuring reliable operation across all mobile device usage scenarios and environmental conditions.

MSO8804HD main unit
Comprehensive mobile system power management integration analysis

Professional Applications

Mobile Device Power Management Development

Validate SPMI implementation in smartphones, tablets, and wearable devices including PMIC integration, battery management optimization, and power sequencing validation. The SPMI analysis enables comprehensive validation of power management functions critical for achieving target battery life specifications and mobile device performance requirements.

System-on-Chip (SoC) Power Management Integration

Analyze SPMI communications in SoC designs where integrated power management controllers communicate with external PMICs and power management devices. The detailed protocol analysis capabilities enable validation of power management integration and optimization of SoC power efficiency across all operational modes.

PMIC Development and Validation

Support SPMI analysis for Power Management IC development including register map validation, command response verification, and power management algorithm testing. The comprehensive analysis capabilities enable validation of PMIC functionality and optimization of power management performance for mobile applications.

Mobile System Production Testing

Engineers developing mobile device production testing can utilize the SPMI option to validate power management system functionality, verify PMIC configuration, and ensure proper power management operation. The automated analysis capabilities enable high-volume mobile device validation with standardized pass/fail criteria essential for mobile device manufacturing quality control.

Technical Specifications

SPMI Protocol Support

Parameter Specification
SPMI Versions SPMI specification v1.0, v2.0
Bus Configuration Two-wire interface (SCLK, SDATA)
Clock Frequency Up to 26 MHz (v2.0), up to 32.768 MHz (v1.0)
Slave Devices Up to 16 slave devices per bus
Address Space 4-bit slave ID, 16-bit register address
Data Transfer 8-bit data width with variable length support

Command Analysis Capabilities

Command Type Description Applications
Extended Register Write Single register write operations Power control, configuration updates
Extended Register Read Single register read operations Status monitoring, parameter reading
Extended Register Write Long Multi-byte register write operations Bulk configuration, data transfer
Extended Register Read Long Multi-byte register read operations Bulk data retrieval, diagnostics
Reset Device reset command System initialization, error recovery
Sleep/Shutdown/Wakeup Power state control commands Power management, battery conservation

Power Management Features

Feature Capability
Voltage Regulation PMIC voltage regulator control and monitoring
Battery Management Charging control, fuel gauge, battery protection
Thermal Management Temperature monitoring, thermal protection, thermal throttling
Power Sequencing System boot/shutdown sequence analysis and validation
Dynamic Power Scaling Real-time power optimization and performance scaling

Related Options

Option Synergy with MSO8000HD-SPMI
Standard I²C Analysis Complete embedded protocol coverage for mixed SPMI/I²C systems
MSO8000HD-SMBUS Comprehensive system management protocol analysis
MSO8000HD-I3C Next-generation sensor interface analysis for mobile applications
MSO8000HD-PWR Power analysis correlated with SPMI power management communications
MSO8000HD-LA Mixed-signal analysis combining SPMI with digital control signals

Installation & Activation

  • Software-only upgrade - no hardware modification required
  • License key provided upon purchase
  • Activation through instrument menu system
  • Immediate functionality after activation
  • Integration with all oscilloscope and embedded analysis capabilities
  • Comprehensive user documentation and SPMI analysis examples included

Frequently Asked Questions

What makes SPMI different from other embedded serial interfaces?

SPMI is specifically optimized for power management applications in mobile devices, providing efficient two-wire communication for up to 16 power management devices. Unlike general-purpose interfaces, SPMI includes specialized commands for power state control, optimized timing for battery-powered applications, and enhanced error handling for critical power management functions.

Can the SPMI option analyze systems with multiple PMIC devices?

Yes, the SPMI option can simultaneously analyze communication with up to 16 slave devices on a single SPMI bus. The analyzer automatically identifies individual PMIC devices, tracks device-specific register operations, and validates proper multi-device power management coordination essential for complex mobile system architectures.

How does the option handle SPMI register map correlation?

The SPMI option includes comprehensive register analysis that correlates SPMI read/write operations with device functionality. Engineers can validate register access patterns, verify power management algorithms, and ensure proper PMIC configuration through detailed analysis of register-level communications and power management sequences.

Does the SPMI analysis support both SPMI v1.0 and v2.0 specifications?

Yes, the MSO8000HD-SPMI option supports both SPMI v1.0 and v2.0 specifications, including the enhanced features introduced in v2.0 such as higher clock frequencies and improved power management capabilities. The analyzer automatically adapts to the SPMI version in use and provides appropriate protocol analysis.

Can I correlate SPMI power management commands with actual power consumption?

Yes, the SPMI option integrates seamlessly with other MSO8000HD analysis capabilities including power analysis, enabling correlation between SPMI power management commands and measured power consumption. This capability is valuable for validating power management effectiveness and optimizing mobile device battery life.

Is SPMI analysis included in the bundle package?

Yes, SPMI analysis is included in the MSO8000HD-BND Protocol Analysis & Jitter Suite. The bundle provides 15 protocol analysis options plus advanced jitter analysis at a single price of $5,399 - saving 66% compared to purchasing options individually. As with all UNI-T software options, the bundle features a perpetual license with zero recurring fees, providing lifetime access without subscription costs that can save $10,000+ over the instrument's lifetime.

Warranty & Support

The MSO8000HD-SPMI option is covered under UNI-T's Exclusive 3+2 Warranty program when installed on a qualifying MSO8000HD instrument—3 years standard coverage plus an additional 2 years at no charge when you complete our free product registration.

Master Mobile Power Management

The MSO8000HD-SPMI option provides the specialized analysis capabilities essential for validating SPMI power management communications in modern mobile applications. Whether developing mobile device power systems, validating PMIC integration, or optimizing battery life algorithms, this option delivers the insight needed to ensure reliable power management operation under demanding mobile device requirements and usage scenarios.

Ready to analyze your mobile SPMI power management systems? Order the MSO8000HD-SPMI or get it included in the MSO8000HD-BND Complete Suite and save significantly on comprehensive embedded protocol analysis capabilities.

DATA SHEET
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USER MANUAL
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