The leading provider of innovative Protocol Analysis & Test solutions for mainstream and emerging technologies like UFS 4.0, PCIe, I3C, SPMI, RFFE, JTAG etc.
SPDM secures data centers, but timing issues can break secure boot. A delayed SPDM response + MUX switch fragmented MCTP-over-I3C packets and caused a bus deadlock in an AI cluster.
PGY-I3C-EX-PD helps engineers debug these hidden timing failures.
#SPDM#I3C#MCTP
CXL is reshaping AI infrastructure, but sideband management can’t be ignored. A stalled I3C/MCTP path can break memory coherency in pooled-memory systems.
At Prodigy, we help validate the sideband before it becomes the bottleneck.
https://t.co/yt8IklK6ZH
#CXL#I3C#PCIeGen5
UFS 4.1 at 23.2 Gbps demands next-gen validation. Traditional probing can introduce false errors and SI issues. Read our latest blog on Active Probing and advanced UFS validation.
Read our blog: https://t.co/QGN5laPswq
#UFS41#SignalIntegrity#ProtocolAnalyzer
UFS 3.1 passed at room temperature, but at 60°C?
Failures happen after thermal soak. If you’re not validating throttling + timing shifts, you’re risking field issues.
#AutomotiveElectronics#UFS3#Reliability
Extend I3C validation beyond standards with Custom CCCs. Learn to create & execute vendor-defined commands and validate non-standard behavior using PGY-I3C-EX-PD.
https://t.co/SHrgn94V3I
#I3C#EmbeddedSystems#ProtocolValidation
Getting I3C configuration right is the first step to reliable validation and debug. This video walks through controller & target setup, bus configuration, addressing, and building a complete I3C network using the PGY-I3C-EX-PD.
https://t.co/RwSQ8vU1aa
#EmbeddedSystems#I3C
Our I2C, SPI & UART Validation Webinar is now live on YouTube!
Learn practical debugging, protocol decode & electrical validation.
https://t.co/xSxXb2RGEM
#EmbeddedSystems#HardwareDebugging#TechWebinar
Debugging low-speed protocols like I3C doesn’t have to be trial and error. This video shows a smarter way to approach protocol-level issues, faster visibility, quicker root cause, and less guesswork.
Watch here: https://t.co/i10ebasiRd
#EmbeddedSystems#Debugging
Only 13 days left ⏳
Join our webinar on I2C, SPI & UART validation covering electrical & protocol-level analysis for real-world debugging.
📅 Mar 31
👉 https://t.co/ALxZ4i8eyp
#EmbeddedSystems#I2C#SPI#UART
Why obsess over 5ns glitches in “simple” I2C/SPI?
Failures don’t come from PCIe/5G, they come from tiny noise spikes.
A 5ns glitch can fake a START, hang a slave, and deadlock the bus.
Debug the signal, not just the protocol.
#EmbeddedSystems
Bulk Writes can break your Cloud SLAs.
Without proper NVMe command arbitration, large writes can starve high-priority metadata queues, causing latency spikes customers will notice.
Cloud performance = deterministic latency, not just throughput.
#NVMe#PCIeGen5#DataCenter
Low-speed interfaces like I2C, SPI & UART are everywhere in embedded systems. Ensuring electrical compliance and protocol correctness is key for reliable designs.
Join our webinar to learn practical validation approaches.
#I2C#SPI#UART
“Sleep” → Server Crash?
L1.2 saves power, but wakeup can fail:
• LTSSM stuck in Recovery
• CLKREQ# / REFCLK timing mismatch
• No L0 → NVMe hang → BSOD
Power bugs live in sideband timing.
#PCIeGen5#NVMe#DataCenter#BSOD
In automotive, “simple” kills.
Many crashes start in CAN-FD/LIN not Ethernet.
A tiny checksum error can cause:
• Error frame floods
• Master timeouts
• BRS glitches from ns noise
Logs show the crash.
Not the cause.
See protocol + physical layer together.
#AutomotiveEngineering
Most ADAS failures aren’t bad sensors; they’re bad clocks.
Microsecond PTP sync between ECUs is critical. Clock drift breaks sensor fusion, risks ISO 26262 compliance, and causes A/V desync.
Active taps add latency. Passive TAP = zero latency, true timing visibility.
#ADAS
SLC cache boosts speed.
Flushing it tests real engineering.
When full, background flushes can trigger latency spikes & long-term slowdowns, benchmarks won’t show it.
Read: https://t.co/X36LP4srWt
#Storage#FlashMemory#UFS#eMMC#EmbeddedSystems
Real storage maturity isn’t about the latest spec.
It’s about surviving every transition from eMMC to UFS 4.1 without surprises.
Speed is easy.
Legacy behaviour, UniPro states, and MCQ/HPB complexity aren’t.
#UFS4