| Industry Issue |
HP mProve Solution |
Limited Bandwidth. The wireless data channel has small throughput capacity limiting the size of updates and data transfer rates can be significant.
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Small Update Packages. Advanced compression algorithms minimize Update Package size to streamline the distribution and mitigate data costs.
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Available Memory. There is limited flash memory for Update Package storage, the firmware update process, and the software agent.
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Low Memory Requirements. mProve’s unique optimization techniques enable devices to make the best use of memory for fast updates and efficient storage of revenue generating applications.
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Power Failure. During the software update process if power is lost due to battery failure or other means, the device will be unusable or a “brick”.
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100% Fault Tolerance. mProve’s update process recover from interruptions such as power loss, network failure, or unpredictable user behavior with complete fault tolerance, ensuring a successful update.
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Complex Architectures. Today’s device architectures include multiple processors, compressed images, file systems, and software using various types of files.
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Platform Agnostic. mProve’s patented algorithms are designed specifically for complex environments and are optimized to update files having various types,
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Limited CPU Power. To preserve battery life, the processing power of CPUs in devices is much more limited than the power found in PCs and notebooks.
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Mach 1x. HP’s Mach 1x update technology minimizes computational requirements and significantly reduces the overall firmware update time.
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