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The use of Silicon IP blocks is a very important part of almost all ASIC-design projects. When using existing designs, and leveraging existing knowledge, you will not only be able to reduce cost, but also risk, and time plan. ShortLink has a large catalog of in-house developed IP blocks, in a variety of technologies available for licensing.
Our design engineers will provide you with all needed support and integration help, and are also available for IP customization or modification, if desired. We are experienced in porting analog IP blocks between process nodes and foundries, which is an invaluable skill to reduce risk and cost during development while maintaining flexibility. We also offer our ASIC-design services for new IP designs.
The IP blocks of ours are available in a number of process nodes from several foundries, from 40 nm CMOS to high voltage technologies.
Below is a non-exhaustive list of our available IP.
If you have any questions, please do not hesitate to contact us for a free consultation.
Many of our IPs are available on ChipEstimate, AnySilicon, and Design-Reuse.
Fully integrated Mixed-Signal Sub-GHZ Radio Transceiver IPs, with various features sets in several process technologies.
Mixed-Signal ADC IP solutions from efficient SAR with integrated temperature monitoring to high-performance Sigma-Delta Converters.
IP blocks for various clock and power applications. High-performance Crystal Oscillators, PLL solutions, LDO, Bias/Reference generators, and more …
| Description | More Information | Name | Type | Status |
|---|---|---|---|---|
| Complete RF Transceiver 433, 868 & 915 MHz. IEE 802.15.4–2015 Compliant | Sub-Ghz IPs IP on ChipEstimate | SL40LP_Sub1GHzTrx_1 | RF | Pre-Silicon |
| RF Receiver 433, 868 & 915 MHz. IEE 802.15.4–2015 Compliant | Sub-Ghz IPs IP on ChipEstimate | SL40LP_Sub1GHzRx_1 | RF | Pre-Silicon |
| RF Transmitter 433, 868 & 915 MHz. IEE 802.15.4–2015 Compliant. PLL Based. | Sub-Ghz IPs IP on ChipEstimate | SL40LP_Sub1GHzTx_1 | RF | Pre-Silicon |
| Complete RF Transceiver 868 & 915 MHz. Data rate 1.2 k to 500 kbps. | Sub-Ghz IPs IP on ChipEstimate | SL150_Sub1GHzTrx_1 | RF | Silicon Proven |
| RF Receiver 868 & 915 MHz. Data rate 1.2 k to 500 kbps. | Sub-Ghz IPs IP on ChipEstimate | SL150_Sub1GHzRx_1 | RF | Silicon Proven |
| RF Transmitter 868 & 915 MHz. Data rate 1.2 k to 500 kbps. PLL Based. | Sub-Ghz IPs IP on ChipEstimate | SL150_Sub1GHzTx_1 | RF | Silicon Proven |
| Complete RF Transceiver 433 MHz. Data rate 128 kbps (Rx/Tx), 3+ Mbps (Tx) | Sub-Ghz IPs IP on ChipEstimate | SL150_433MHzTrx_1 | RF | Silicon Proven |
| RF Receiver 433 MHz. Data rate 128 kbps. | Sub-Ghz IPs IP on ChipEstimate | SL150_433MHzRx_1 | RF | Silicon Proven |
| RF Transmitter 433 MHz. Data rate 128 kbps (Rx/Tx), 3+ Mbps (Tx). PLL Based. | Sub-Ghz IPs IP on ChipEstimate | SL150_433MHzTx_1 | RF | Silicon Proven |
| Complete RF Transceiver 5.8 GHz | SL130_58GHzTrx_1 | RF | Silicon Proven | |
| RF Receiver 5.8 GHz. | SL130_58GHzRx_1 | RF | Silicon Proven | |
| RF Receiver 5.8 GHz Extreme Low Power | SL130_58GHzRxELP_1 | RF | Silicon Proven | |
| RF Transmitter 5.8 GHz | SL130_58GHzTx_1 | RF | Silicon Proven | |
| RF Front-End (LNA & Mixer) 433, 868 & 915 MHz | Sub-Ghz IPs IP on ChipEstimate | SL40LP_Sub1GHzFE_1 | RF | Pre-Silicon |
| RF Front-End (LNA & Mixer) 868 & 915 MHz | Sub-Ghz IPs IP on ChipEstimate | SL150_SubGHzFE_1 | RF | Silicon Proven |
| PLL Fractional–N. 1 500 – 2 100 MHz | Clock & Power IPs IP on ChipEstimate | SL40LP_2G1PLL_1 | PLL | Pre-Silicon |
| PLL Fractional–N. 900MHz | Clock & Power IPs | SL150_0G9PLL_1 | PLL | Silicon Proven |
| PLL Fractional–N. 1800MHz | Clock & Power IPs | SL150_1G8PLL_1 | PLL | Silicon Proven |
| PLL Fractional–N. Extreme low jitter (1pS RMS) | Clock & Power IPs | SL180_32MPLL_1 | PLL | Pre-Silicon |
| Analog-To-Digital Converter, Sigma Delta, 10 bit, 32 MSPS | ADC IPs IP on ChipEstimate | SL40LP_10bSDADC_1 | ADC | Pre-Silicon |
| Analog-To-Digital Converter, Sigma Delta Continuous Time, 20 bit | ADC IPs | SL180_20bSDADC_1 | ADC | Silicon Proven |
| Analog-To-Digital Converter, Successive Approximation (SAR), 12 bit, 20 KSPS | ADC IPs IP on ChipEstimate | SL180_12bSARADC_1 | ADC | Silicon Proven |
| Analog-To-Digital Converter, Sigma Delta, 14 bit, 8.5 MSPS | ADC IPs | SL150_14bSDADC_1 | ADC | Silicon Proven |
| Analog-To-Digital Converter, Successive Approximation (SAR), 8 bit, 100 KSPS | ADC IPs | SL130_8bSARADC_1 | ADC | Silicon Proven |
| Microphone Input (Audio Amplifier & ADC), 20 kHz audio BW, 70 dB SNR | SL180_AudioMicIn_1 | Audio | Silicon Proven | |
| Microphone Input (Audio Amplifier & ADC), 20 kHz audio BW, 70 dB SNR | SL150_AudioMicIn_1 | Audio | Silicon Proven | |
| Audio DAC, Sigma Delta, 20 kHz BW, >80 dB SNR | SL180_AudioSDDAC_1 | Audio | Silicon Proven | |
| Audio DAC, Sigma Delta, 20 kHz BW, >80 dB SNR | SL150_AudioSDDAC_1 | Audio | Silicon Proven | |
| Speaker Driver, Class A/B, 20 kHz BW | SL180_AudioSpkr_1 | Audio | Silicon Proven | |
| Speaker Driver, Class A/B, 20 kHz BW, 8 ohm load | SL150_AudioSpkr_1 | Audio | Silicon Proven | |
| Ultrasonic Front-end, 20–80 dB gain, 2–100 MHz BW | SL150ULP_UltraSndIf_1 | Interface | Silicon Proven | |
| RSDS (LVDS derivative) Tx interface, 32 Mbps | SL180_RSDSTx_1 | Interface | Silicon Proven | |
| High-Voltage DAC (Reconstruction Filter), +–8 V differential output, 24 bit | SL180_24bHVDAC_1 | DAC | Silicon Proven | |
| Crystal Oscillator, 20–36 MHz | Clock & Power IPs | SL150_36MHzXO_1 | Clk | Silicon Proven |
| Crystal Oscillator, Ultrastable spec, Usable for PLL | Clock & Power IPs IP on ChipEstimate | SL40LP_HPXO_1 | Clk | Pre-Silicon |
| Low Power DCO, 32 kHz | Clock & Power IPs | SL150_32KHzLPDCO_1 | Clk | Silicon Proven |
| DCO 8 MHz | Clock & Power IPs | SL350_8MHzDCO_1 | Clk | Silicon Proven |
| Charge Amplifier, correlated double sampling, sample & hold | SL180_CAMP_1 | Misc | Silicon Proven | |
| High-Voltage Fast Timing Critical Switch, 18 V | SL180_HVSwitch_1 | Misc | Silicon Proven | |
| Temperature & Voltage Monitoring Unit, 0.1C resolution (incl SAR ADC) | ADC IPs IP on ChipEstimate | SL180_TempMeas_1 | Temp | Silicon Proven |
| Temperature & Voltage Measurement Comparator, 0.1C tolerance | SL150_TempComp_1 | Temp | Silicon Proven | |
| Temperature Shutdown Protection | SL350UHV_TempProt_1 | Temp | Silicon Proven | |
| Bandgap Reference 1.22 V bandgap, 1 V & 0.5 V Output | Clock & Power IPs IP on ChipEstimate | SL40LP_1V2BG_1 | Ref | Pre-Silicon |
| Bandgap Reference 1.2 V Output | Clock & Power IPs | SL150_1V2BG_1 | Ref | Silicon Proven |
| Reference Voltage Generator, 1 V Output, 2.5 V external reference | Clock & Power IPs | SL180_1VRef_1 | Ref | Pre-Silicon |
| Voltage Regulator (LDO), 1.1 V Output | Clock & Power IPs IP on ChipEstimate | SL40LP_1V1LDO_1 | Vreg | Pre-Silicon |
| Voltage Regulator (LDO), 1.2 to 1.9 V Output | Clock & Power IPs | SL150_1V2AdjLDO_1 | Vreg | Silicon Proven |
| Low Noise Differential High Voltage Regulator (Vout +–2 to +–8V, configurable during operation) | SL180_HVREG_1 | Vreg | Silicon Proven | |
| Voltage Regulator (LDO) for PLL, 1.8 V Output | Clock & Power IPs | SL180_1V8LDO_1 | Vreg | Silicon Proven |
| DC/DC Buck Converter, 0.9 to 3.6 V, 1 A | SL350_DCDCBuck_1 | Power | Silicon Proven | |
| LED Driver, 0.5 A | SL350_LED_1 | Power | Silicon Proven | |
| High Voltage H-Bridge, 400 V | SL350UHV_400VHbridge_1 | Power | Silicon Proven | |
| 8051 MCU | SLDig_CPU8051_1 | Digital | Silicon Proven | |
| SPI interface | SLDig_SPI_1 | Digital | Silicon Proven | |
| I2C interface | SLDig_I2C_1 | Digital | Silicon Proven | |
| PCM/I2S interface | SLDig_PCMI2S_1 | DigAudio | Silicon Proven | |
| Audio Encoder/Decoder, CVSD | SLDig_AudioEncDec | DigAudio | Silicon Proven | |
| Audio Signal Processing (Noise reduction, Equalizer, AGC and Beam-former) | SLDig_AudioProc | DigAudio | Silicon Proven | |
| Sub-GHz 330 to 470 MHz Ultra Low Power RF Transceiver IP | SL55S_Sub1GHzTRX_1 | Pre-Silicon | ||
| Crystal Oscillator 16 MHz – 64 MHz, Ultrastable spec | SL55S_HPXO_1 | Pre-Silicon | ||
| Dual mode Sigma-Delta ADC up to 2.5 MHz Bandwidth | SL55S_10/11bit_SDADC_1 | Pre-Silicon |
How can we help you?
We have more than 25 years of experience in electronics design spanning multiple competence areas. You can rely on us to help you identify and implement the optimal solution to your needs, in an efficient and professional manner.
