The Data Packet With Type-0x96- Returned Was Misformatted Link
To understand what this error means, it's helpful to briefly look at the context of SPD's flashing protocol:
Define expected structure, e.g.:
Are you currently using a specific , and if so, which version and device model are you working with? the data packet with type-0x96- returned was misformatted
Alternatively, try a different version (e.g., specialized versions for newer Spreadtrum/UniSoC chipsets). 4. Reinstall or Update USB Drivers
Low-latency feeds (like FIX or proprietary binary protocols) handling market data. To understand what this error means, it's helpful
What specific hardware or software (e.g., PLC brand, custom driver) are you using?
The data packet with type-0x96- returned was misformatted is a well-documented and widely encountered issue in the mobile phone repair community, particularly on forums like Hovatek. Users have reported it on devices ranging from budget phones like the , Infinix Smart 6 , to older models like the Hisense U962 and the Itel A70 T603 . The error is almost exclusively associated with Spreadtrum (SPD) or Unisoc-based Android smartphones when using tools like SPD Research Download, SPD Upgrade Tool, or SPD Factory Tool . A typical experience, as described by a user on the Hovatek forum, involves the flashing process failing with the message: "Failed; The Data Packet with type (0x96) Returned Was Misformatted". Reinstall or Update USB Drivers Low-latency feeds (like
What is throwing this network error?
This error indicates a failure in communication between a sender and a receiver, specifically regarding the structure of data packets. When a system receives a packet of type 0x96 (usually represented in hexadecimal), it expects a certain structure, size, or header format. If that expectation isn't met, the parsing mechanism fails, resulting in this error.
If you are using an older version of SPD Flash Tool (based on the [SW2275] error code), try a newer version.
Determine exactly which software stack generated the error. Search your codebase, dependency manifests, or vendor documentation for the literal hex value 0x96 or decimal 150 . Look for enum definitions, packet registries, or API routing tables to discover the human-readable name of the packet. Step 2: Capture the Raw Bytes
