Design Support
EDA tools and partners

Process design kits
We support all major EDA vendors with feature-rich process design kits (PDKs) which contain all data to work with the digital, analog and mixed-signal design-flows in combination with our foundry data.Through our customer portal My X-FAB you have the shortest path from download to design.
Expert support
An important element of our design support is the direct expert to expert interaction with of you, our customer.
X-FAB IP
Reusing proven circuit IP is essential for first-time-right designs and fast time to market product development. We offer a broad range of proven IP, used and validated in 100s of customer designs. All our IP is developed In-house by our design teams for best compatibility and support state-of-the-art implementation flows like multi-voltage domains and partial power-shutoff.
We provide dedicated I/O cell libraries for pad-limited or core-limited designs respectively, where all I/O structures have been characterized for ESD protection and latch-up resistance. The libraries contain distinct and complete input, output, bidirectional and general-purpose analog I/O cells. Special high voltage I/O libraries support voltages up to 61V and ESD level 2kV-8kV HBM.
For a quick start of your design we offer a broad spectrum of analog IP that not only allows you to focus on the core functionality of your product. To save a lot of design effort on your side and also reduce the risk of redesigns caused by non-functioning standard circuits our analog libraries consist of the full design database, e.g. for band gaps, bias cells, or voltage regulators.
IP Portal has both X-FAB and a variety of different IP suppliers that offer their IP to customers using X-FAB’s foundry processes. Start explore with IP Portal to find IPs that suited your project!
| 1.0 µm | 0.8 µm | 0.6 µm | 350 nm | 180 nm | 130 nm |
---|---|---|---|---|---|---|
Bandgaps |
| |||||
Bias Cell |
|
| ||||
OpAmps |
|
| ||||
Comparators |
|
| ||||
Oscillators | ||||||
Power-ON-Reset | ||||||
ADC/DAC | ||||||
PLL | ||||||
Voltage Regulators | ||||||
HV Cells |
Our digital libraries are optimized to meet various challenging requirements of your mixed-signal designs. Dedicated libraries for low power, low leakage and power shut-off can be combined with each another to achieve best performance for your specific product needs.
1.0 µm | 0.8 µm | 0.6 µm | 350 nm | 180 nm | 130 nm | |
---|---|---|---|---|---|---|
Standard speed | ||||||
Standard speed, Low Noise |
|
|
|
| ||
Standard speed, Junction Isolated |
|
|
|
|
| |
Standard speed, Low Leakage |
|
|
|
|
| |
Standard speed, Low Leakage, Junction Isolated |
|
|
|
|
| |
Low Power |
|
|
| |||
Low Power, Low Noise |
|
|
| |||
Low Power, Junction Isolated |
| |||||
Low Power, Low Leakage | ||||||
Low Power, Low Leakage, Junction Isolated | ||||||
Multi-Supply Voltage, Power Shut-Off |
To give you flexibility to the greatest possible extent when adding memory to your design, we provide multiple types of RAM and ROM. From our customer portal myXFAB you can run frontend compilers for various single or dual port RAM and ROM each optimized for high speed, low power or low area. For all embedded memories BIST blocks are available optionally. For RAM there is the option to add ECC IP.
0.6 µm | 350 nm | 180 nm | |
---|---|---|---|
Single Port SRAM | |||
Single Port SRAM, Junction Isolated | |||
Single Port SRAM, Low Power | |||
Single Port SRAM, Low Power, Junction Isolated | |||
Single Port SRAM, Very Low Power, Junction Isolated | |||
Dual Port SRAM | |||
Dual Port SRAM, Low Power | |||
Dual Port SRAM, Low Power, Junction Isolated | |||
ROM | |||
ROM, Junction Isolated | |||
ROM, Low Power | |||
ROM, Low Power, Junction Isolated |
Related news
Contact
For more information, please contact us: