| Features | Benefits |
|
| Lower overall system cost |
| |
|
| Minimum board space with 44 PQFP and 80 PQFP packages |
|
|
| Quicker design and faster time to market than other USB solutions |
|
|
| Minimal design resources |
|
| RAM Architecture | Quick changes in firmware and driver code |
|
|
| Updates in the field via software downloads |
|
|
| Flexibility in multiple configurations |
|
|
| Dynamic changes in performance/properties based on user’s needs |
|
| Transfers a full |
| |
|
| Provides highest quality |
|
|
| Data I/O rate greater than 2 Mbyte/sec for bulk and isochronous packets |
|
|
| Fastest response time for the end user |
|
| 4- or | Easy transition from RAM to ROM for |
|
| Pin- and Software- | Pin- and |
|
| Compatible Family | No change in hardware as needs change |
|
|
| Lowers system cost since only minimal memory size is needed |
|
| Significantly less 8051 USB code since core handles most USB activity |
| |
| Architecture | Shortened USB learning curve |
|
|
| Quicker working prototypes and final production models |
|
|
| More software development time to devote to the peripheral function |
|
| Enhanced 8051 Core | Five times faster performance than 8051 |
|
|
| No new 8051 software tools to learn |
|
| Anchor USB Core/ | External EPROM components eliminated |
|
| ReNumeration | A quick path to working prototypes |
|
| Capability |
| |
| Speedier firmware and driver development |
| |
| Development Kit | Independent development of firmware and driver |
|
|
| Fewer software errors |
|
|
| No custom Windows® driver needed to test USB traffic and firmware |
|
| Low 3.3V Power | Meets the 100 mA |
|
|
| Useful in |
|
|
| Useful in |
|
| Five External Interrupts | Flexible without sacrificing standard 8051 interrupts |
|
| Separate Memory | Design flexibility in USB program code |
|
| Expansion Port | No sacrifice in I/O capability for |
|
|
|
| |
|
|
|
|
|
|
|
|
|
|
|
|