MSO2000 Series — Mixed-Signal Oscilloscope

MSO2216B — Mixed-Signal Logic Analyzer

Name: MSO2216B
Brand: Acute Technology
SKU: MSO2216B
Price: 3500.00 USD
Availability: InStock

SKU: MSO2216B

$3,500.00 In Stock

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16 digital channels + simple DSO

2 GHz timing analysis, 8 Gb memory

Up to 128 channels power sequence validation (cascaded)

Tier I + II + III + IV bus trigger — full protocol suite

U.S. based engineering support

Datasheet (PDF) User Manual (PDF)

About the MSO2216B

The MSO2216B is the flagship MSO2000, offering the deepest memory (8 Gb), full 4-tier bus trigger support, and cascade capability for up to 128-channel power sequence validation. It is the most capable mixed-signal logic analyzer for Intel and AMD platform validation.

Key Highlights

Full Tier I + II + III + IV bus triggers
8 Gb memory for the longest capture sessions
Up to 128 channels power sequence validation (8 units cascaded)
eSPI + SMBus simultaneous decode for platform debug

Digital Channels	16
Analog Channels	2
Analog Bandwidth	40 MHz
Timing Analysis	2 GHz
Memory	8 Gb
Power Seq. Channels	16 (128 cascaded)
Bus Trigger	Tier I + II + III + IV
Interface	USB 3.0

Protocol Support

110+ protocols decoded · 110+ with hardware trigger

113 supported protocols·DDecode TTrigger EVElectrical Validation

Protocol	Decode	Trigger

I2C	D	T
MIPI I3C	D	T
SPI	D	T
UART	D	T

CODEC_SSI	D	T
HD Audio	D	T
I2S	D	T
MIPI SoundWire 1.2	D	T
PCM	D	T
PDM	D	T
S/PDIF	D	T
TDM	D	T

eSPI	D	T
HID over I2C	D	T
HID over SPI	D	T
LPC	D	T
LPT	D	T
M-PESTI	D	T
Math	D	T
MCTP over I2C/I3C/SMBus	D	T
PECI 3.0	D	T
PS/2	D	T
Serial IRQ	D	T
SGPIO	D	T
SMBus (SBS, SPD)	D	T
SMI	D	T
SSI	D	T

BT1120	D	T
CEC	D	T
Close Caption	D	T
DDC(EDID)	D	T
DP_Aux	D	T
ITU-R BT.656 (CCIR656)	D	T
LCD1602	D	T
Line Decoding	D	T
Line Encoding	D	T
MDDI	D	T
MHL CBUS	D	T
Mini/Micro LED	D	T
MIPI CSI LP	D	T
MIPI DSI LP	D	T
ST7669	D	T

10BASE-T1S	D	T
HDLC	D	T
MDIO	D	T
MII	D	T
OA3p(PMD)	D	T
OATC6 over SPI	D	T
RGMII	D	T
RMII	D	T

MIPI RFFE 3	D	T
MIPI SPMI 2	D	T

AVSBus	D	T
PMBus	D	T
Power Sequence	D	T
QI	D	T
SVI2	D	T
SVI3	D	T
SVID	D	T
UFCS	D	T
USB PD 3.1	D	T

AccMeter	D	T
APML	D	T
BiSS-C	D	T
DALI	D	T
DMX512	D	T
HTSensor	D	T
IOLink	D	T
MBus	D	T
Microwire	D	T
Modbus	D	T
Profibus	D	T
PWM	D	—
QEI	D	T
SENT	D	T

eMMC 4.5/MMC	D	T
HDQ	D	T
I2C EEPROM	D	T
QSPI	D	T
SD 2.0 (SDIO 2.0)	D	T
SDQ	D	T
Serial Flash	D	T
SPI-NAND	D	T
ULPI	D	T

CAN 2.0B/FD	D	T
FlexRay	D	T
J1850	D	T
LIN	D	T

1-Wire	D	T
3-Wire	D	T
7-Segment	D	T
8b10b decoding	D	T
A/D Converter	D	T
BSD	D	T
BSS	D	T
IrDA	D	T
ISELED	D	T
JTAG	D	T
JVC IR	D	T
Lissajous	D	T
Microchip SWI	D	T
NEC IR	D	T
RC-5	D	T
RC-6	D	T
RT_SWI	D	T
Smart Card	D	T
SWD	D	T
SWIM	D	T
SWP	D	T
UNI/O	D	T
USB 1.1	D	T
USB4/TBT3 SB Channel	D	T
Wiegand	D	T

Compare MSO2000 Series Models

See how the MSO2216B compares to other models in the MSO2000 Series series.

Specification	MSO2008E Discontinued	MSO2116E	MSO2116B	MSO2216B Current
Digital Channels	8	16	16	16
Analog Channels	2	2	2	2
Digital Timing	2 GHz	2 GHz	2 GHz	2 GHz
State Analysis	200 MHz	200 MHz	200 MHz	200 MHz
Analog Bandwidth	40 MHz	40 MHz	40 MHz	40 MHz
Memory	2 Gb	4 Gb	4 Gb	8 Gb
Bus Trigger	Tier I	Tier I, II	Tier I, II, III	Tier I, II, III, IV
Protocol Analyzer	Tier I	Tier I, II	Tier I, II, III	Tier I, II, III, IV
List Price	—	$1,400	$3,400	$3,500

View all MSO2000 Series models →

Supported Protocols

I2C SPI UART USB PD MIPI I3C I2S SMBus PDM SVI3 Power Sequence PWM

Video Library

Cascading MSO2216B with R&S MXO44 Oscilloscope — eSPI Analysis

Cascading MSO2216B Logic Analyzer with R&S MXO44 Oscilloscope

Debugging Multiple I2C Buses — MSO2216B Mixed-Signal Logic Analyzer

Video Library →

How to Choose the Right Logic Analyzer for Your Project

A practical decision guide for selecting the right Acute logic analyzer or MSO by channel count, sample rate, protocol decode, and portability requirements.

Power Sequence Validation with Acute Logic Analyzers

Learn how to validate multi-rail power-up and power-down sequences on FPGA and SoC designs using Acute logic analyzers with 16-128 channel simultaneous capture.

Complete Guide to I2C Bus Debugging

Practical guide to I2C protocol debugging using Acute instruments — from basic decode setup to advanced trigger configurations for catching elusive bus errors.