Logic Analyzer

• Eight channels (digital/analogue channels).
• Digital sample rate (max.): 100 MS/s.
• 25  MHz max. digital bandwidth.
• Analogue sample rate (max.): 10 MS/s.
• 1 MHz analogue bandwidth.
• Resolution of A/D conversion 10 bit.
• Analogue input range 0...+5 V.
• Trigger: Edge or pulse width trigger.
• Deep sample buffer.
• RGB LED, customisable with 24 bit colours.
• USB 2.0 HighSpeed.

• Eight channels (digital/analogue channels).
• Digital sample rate (max.): 100 MS/s.
• 25  MHz max. digital bandwidth.
• Analogue sample rate (max.): 10 MS/s.
• 1 MHz analogue bandwidth.
• Resolution of A/D conversion 10 bit.
• Analogue input range 0...+5 V.
• Trigger: Edge or pulse width trigger.
• Deep sample buffer.
• RGB LED, customisable with 24 bit colours.
• USB 2.0 HighSpeed.

• 16 channels (digital/analogue channels).
• Digital sample rate (max.): 500 MS/s.
• 100  MHz max. digital bandwidth.
• Analogue sample rate (max.): 50 MS/s.
• 5 MHz analogue bandwidth.
• Resolution of A/D conversion 12 bit.
• Analogue input range 0...+5 V.
• Trigger: Edge or pulse width trigger.
• Deep sample buffer.
• RGB LED, customisable with 24 bit colours.
• USB 3.0 HighSpeed.

• 16 channels (digital/analogue channels).
• Digital sample rate (max.): 500 MS/s.
• 100  MHz max. digital bandwidth.
• Analogue sample rate (max.): 50 MS/s.
• 5 MHz analogue bandwidth.
• Resolution of A/D conversion 12 bit.
• Analogue input range 0...+5 V.
• Trigger: Edge or pulse width trigger.
• Deep sample buffer.
• RGB LED, customisable with 24 bit colours.
• USB 2.0 HighSpeed.

• Eight channels (digital/analogue channels).
• Digital sample rate (max.): 500 MS/s.
• 100  MHz max. digital bandwidth.
• Analogue sample rate (max.): 50 MS/s.
• 5 MHz analogue bandwidth.
• Resolution of A/D conversion 12 bit.
• Analogue input range 0...+5 V.
• Trigger: Edge or pulse width trigger.
• Deep sample buffer.
• RGB LED, customisable with 24 bit colours.
• USB 3.0 HighSpeed.

• Eight channels (digital/analogue channels).
• Digital sample rate (max.): 500 MS/s.
• 100  MHz max. digital bandwidth.
• Analogue sample rate (max.): 50 MS/s.
• 5 MHz analogue bandwidth.
• Resolution of A/D conversion 12 bit.
• Analogue input range 0...+5 V.
• Trigger: Edge or pulse width trigger.
• Deep sample buffer.
• RGB LED, customisable with 24 bit colours.
• USB 3.0 HighSpeed.

Features

• 9 logical channels with adjustable thresholds (1.8V, 2.5V, 3.3V, 5V)
• State-of-the-art input stage with Schmitt triggers that eliminate glitches on slow signals
• 200MHz sampling rate, with all 9 channels used
• Option for external clock (state mode) up to 50 MHz
• Accurate trigger-in and trigger-out signals on SMA ports
• Sample compression and streaming via USB.
• 2GB DDR-3 memory starts when USB is not fast enough
• Built-in receivers in industrial version: SP209i (RS232, CAN, LIN, RS485)

Features

• 9 logical channels with adjustable thresholds (1.8V, 2.5V, 3.3V, 5V)
• State-of-the-art input stage with Schmitt triggers that eliminate glitches on slow signals
• 200MHz sampling rate, with all 9 channels used
• Option for external clock (state mode) up to 50 MHz
• Accurate trigger-in and trigger-out signals on SMA ports
• Sample compression and streaming via USB.
• 2GB DDR-3 memory starts when USB is not fast enough
• Built-in receivers in industrial version: SP209i (RS232, CAN, LIN, RS485)

Acquisition and generation of logic signals

ScanaQuad is able to generate captured signals (playback) or create real arbitrary test patterns like UART, SPI or I2C packets. It can also be used to compose and generate frequency modulation (FM) signals and pulse width modulation (PWM) signals. Thanks to the mixed mode, SQ devices can even acquire and generate digital signals at the same time. Mixed mode was specifically designed to allow engineers to stimulate a circuit with test signals and capture its response.

Embedded Storage

SQ Series logic analyzers have embedded memory for storing the samples acquired as well as the patterns to be generated. Therefore, SQ devices do not transmit live signals via USB. This has one major advantage: the performance does not depend on the performance of the host computer's USB port.

Powerful trigger options

• Edge trigger
• Logic change on one or more channels
• Triggering a sequence of timed logic signals
• Triggering a protocol word or event (e.g. confirmation of a serial word or an I2C address)

Typical Applications

By combining logic analyzer and pattern generator functions in a single cost-effective device, SQ is a perfect solution for students and small design houses. See SP Series Logic Analyzers for more channels and performance.

Embedded Systems

• Firmware development and debugging
• Educational work
• Analysis of serial protocols like I2C, SPI, UART or 1-Wire (non-exhaustive list)
• Reverse engineering

Benefits

• Get a quick look at your serial communications application.
• The software allows you to view decoded signals in many different levels of abstraction (packets or detailed bits and bytes).
• Device performance does not depend on USB connection bandwidth
• Software runs on Windows, MacOS and Linux.
• Software is intuitive and very easy to use.
• Generate test patterns to stimulate a system without other devices.

Features

• PC-based USB3.0 - data transfer and power supply
• 200 Mhz timing/state analysis
• Digital channels: 16 (data), 1 (clock), 2 (I2C / DP_AUX)
• Trigger IN/OUT stack connector
• Analysis memory: PC RAM via USB3.0 for long-term analysis
• Real-time data + waveform display simultaneously
• Data logger
• Bus decode: CAN FD, DALI2.0, DP_Aux, I²C, I²S, LIN2.2, PMBus, PWM, SMBus, SPI, MIPI I3C 1.1, UART, USB PD 3, ... (70+ decodes)

Features

• PC-based USB3.0 - data transfer and power supply
• 200 Mhz timing/state analysis
• Digital channels: 16 (data), 1 (clock), 2 (I2C / DP_AUX)
• Trigger IN/OUT stack connector
• Analysis memory: PC RAM via USB3.0 for long-term analysis
• Real-time data + waveform display simultaneously
• Data logger
• Bus decode: CAN FD, DALI2.0, DP_Aux, I²C, I²S, LIN2.2, PMBus, PWM, SMBus, SPI, MIPI I3C 1.1, UART, USB PD 3, ... (70+ decodes)

Features

• PC-based USB3.0 - data transfer and power supply
• 200 Mhz timing/state analysis
• Digital channels: 16 (data), 1 (clock), 2 (I2C / DP_AUX)
• Trigger IN/OUT stack connector
• Analysis memory: PC RAM via USB3.0 for long-term analysis
• Real-time data + waveform display simultaneously
• Data logger
• Bus decode: CAN FD, DALI2.0, DP_Aux, I²C, I²S, LIN2.2, PMBus, PWM, SMBus, SPI, MIPI I3C 1.1, UART, USB PD 3, ... (70+ decodes)

Features

• PC-based
• USB3.0 interface
• 34 channels
• 2 GHz timing / 250 MHz state analysis
• 8 GB memory (max.)
• DSO combinable to form an MSO Mixed Signal Oscilloscope)

Features

• PC-based
• USB3.0 interface
• 34 channels
• 2 GHz timing / 250 MHz state analysis
• 8 GB memory (max.)
• DSO combinable to form an MSO Mixed Signal Oscilloscope)

Features

• PC-based
• USB3.0 interface
• 34 channels
• 2 GHz timing / 250 MHz state analysis
• 8 GB memory (max.)
• DSO combinable to form an MSO Mixed Signal Oscilloscope)

Features

• PC-based, 68/136 channels
• USB 3.0 interface, 12 V power supply unit
• 4 GHz timing analysis / 400 MHz state analysis
• 32 GB RAM
• Active probes
• Real-time protocol analysis
• Options for saving log data to internal SSD
• Logic, status and protocol triggers
• Stackable with a DSO to form an MSO
• Bus decoding & trigger (depending on model): CAN 2.0B/CAN-FD, DP_Aux, eMMC 5.1, I²C, MIPI I3C 1.1, Profibus, SD 3.0, SPI, SVID, SWD, UART (RS232), USB1.1, USB PD 3.0... 100+

Features

• PC-based, 68/136 channels
• USB 3.0 interface, 12 V power supply unit
• 4 GHz timing analysis / 400 MHz state analysis
• 32 GB RAM
• Active probes
• Real-time protocol analysis
• Options for saving log data to internal SSD
• Logic, status and protocol triggers
• Stackable with a DSO to form an MSO
• Bus decoding & trigger (depending on model): CAN 2.0B/CAN-FD, DP_Aux, eMMC 5.1, I²C, MIPI I3C 1.1, Profibus, SD 3.0, SPI, SVID, SWD, UART (RS232), USB1.1, USB PD 3.0... 100+

Features

• PC-based, 68/136 channels
• USB 3.0 interface, 12 V power supply unit
• 4 GHz timing analysis / 400 MHz state analysis
• 32 GB RAM
• Active probes
• Real-time protocol analysis
• Options for saving log data to internal SSD
• Logic, status and protocol triggers
• Stackable with a DSO to form an MSO
• Bus decoding & trigger (depending on model): CAN 2.0B/CAN-FD, DP_Aux, eMMC 5.1, I²C, MIPI I3C 1.1, Profibus, SD 3.0, SPI, SVID, SWD, UART (RS232), USB1.1, USB PD 3.0... 100+

Features

• PC-based, 68/136 channels
• USB 3.0 interface, 12 V power supply unit
• 4 GHz timing analysis / 400 MHz state analysis
• 32 GB RAM
• Active probes
• Real-time protocol analysis
• Options for saving log data to internal SSD
• Logic, status and protocol triggers
• Stackable with a DSO to form an MSO
• Bus decoding & trigger (depending on model): CAN 2.0B/CAN-FD, DP_Aux, eMMC 5.1, I²C, MIPI I3C 1.1, Profibus, SD 3.0, SPI, SVID, SWD, UART (RS232), USB1.1, USB PD 3.0... 100+

Protocol analyser functions

• eMMC 5.1, MIPI D-PHY 1.2, NAND Flash, SD 3.0 (SDIO 3.0), SD 4.1 (UHS-II), SGMII, UFS2.1 (BF7264B+ only)
• Real-time data display, waveforms after acquisition
• Trigger for commands or data
• Different active probes for different protocols for easier connections
• Filter data to store more commands
• Hide data for easier reading
• Search data for quick retrieval
• Statistics for commands and data
• Two voltage detectors to detect design faults due to voltage drops
• Use PC hard disk drive (SSD) to log long-term data
• Log monitor like a dashcam for long-term monitoring (months)

Log analyser functions

• eMMC 5.1, NAND Flash, SD 3.0 (SDIO 3.0), Serial Flash, SPI
• 2.4 GHz timing analysis
• Flowchart bus trigger with 8 states
• Bus decodes with waveforms
• Stacks with a DSO to form an MSO

Protocol analyser functions

• eMMC 5.1, MIPI D-PHY 1.2, NAND Flash, SD 3.0 (SDIO 3.0), SD 4.1 (UHS-II), SGMII, UFS2.1 (BF7264B+ only)
• Real-time data display, waveforms after acquisition
• Trigger for commands or data
• Different active probes for different protocols for easier connections
• Filter data to store more commands
• Hide data for easier reading
• Search data for quick retrieval
• Statistics for commands and data
• Two voltage detectors to detect design faults due to voltage drops
• Use PC hard disk drive (SSD) to log long-term data
• Log monitor like a dashcam for long-term monitoring (months)

Log analyser functions

• eMMC 5.1, NAND Flash, SD 3.0 (SDIO 3.0), Serial Flash, SPI
• 2.4 GHz timing analysis
• Flowchart bus trigger with 8 states
• Bus decodes with waveforms
• Stacks with a DSO to form an MSO

Protocol analyser Functions

• eMMC 5.1, MIPI D-PHY 1.2, NAND Flash, SD 3.0 (SDIO 3.0), SD 4.1 (UHS-II), SGMII, UFS2.1, eDP1.4
• Real-time data display, waveforms after acquisition
• Trigger for commands or data
• Different active probes for different protocols for easier connections
• Filter data to save more commands
• Hide data to make it easier to read
• Search data for quick retrieval
• Statistics for commands and data
• Two voltage detectors to detect design errors due to voltage drops
• Use the PC hard drive (SSD) to log long-term data
• Log monitor like a dashcam for long-term monitoring (months)

Logic analyser functions

• eMMC 5.1, NAND Flash, SD 3.0 (SDIO 3.0), Serial Flash, SPI
• 4 GHz timing analysis
• Flowchart bus trigger with 8 states
• Bus decoded with waveforms
• Stacks with a DSO to form an MSO

Features Logic Analyzer

• 16 channels with Protocol and Logic Analysis capability.
• 1GS/Sec Timing (Asynchronous) Analysis
• 100MHz State (Synchronous) Analysis
• Simultaneous Protocol Analysis of I2C- SPI-UART-I3C-SPMI, CAN/CAN FD,  and RFFE.
• Detailed Trigger capabilities: Auto, Pattern, Protocol awareness (I2C, SPI, UART, I3C, SPMI, CAN/CAN FD, RFFE), and Timing (Pulse Width and Delay Trigger).
• Smart streaming of data from Protocol. Analyzer to host computer for long-duration capture using USB3.0 interface.
• Innovative easy-to-use Graphic user interface.
• Error Analysis of Protocol packet
• Provides timing, waveform, listing, and Protocol listing views
• Detailed filtering capability for protocol-decoded data
• PDF and CSV report format.
• API support.

Features

• PC-based, USB3.0 interface
• 8 / 16 channels (display digital and analogue waveforms of the same channel)
• Number of channels depends on the different models
• Digital inputs : 2 GHz timing, 200MHz state analysis (max.)
• Analogue inputs : 200 MS/s (Max.), Bandwidth 40 MHz
• Analogue inputs - resolution: 12 Bit
• 2/4/8 Gb Memory (Max.) - Depending on the different models
• PC RAM as memory for streaming mode
• Bus Decoding : BiSS-C, CAN 2.0B/CAN FD, DP_Aux¹, eSPI, I²C, I²S, I3C, MII,  MIPI I3C, Serial Flash, SPI, SVID², UART (RS232), USB PD 3.0, USB1.1, ... (90+)s