3/9
Intel’s PowerVia is the contrarian edge everyone is sleeping on.
By flipping power delivery to the wafer backside, they free up entire metal layers for signaling. Result? Better power efficiency at iso-performance — exactly what hyperscalers crave when their racks are already power-limited.
TSMC is chasing with A16 (backside power) targeted late 2026. Samsung is still optimizing front-side on SF2.
Intel 18A already shipping in Panther Lake and Clearwater Forest Xeons. First-mover tech advantage in a node this dense is massive.
#Semiconductors#PowerVia#IntelFoundry#BacksidePower
💥 Still Landing Open? That’s Where Your Power Is Going. ⚾️
If you’re working hard to build a dynamic backside—riding the back leg, moving forward and down, and driving with force—this one mistake can erase it all 👇
🚫 Swinging the front leg open
When that happens, you land open, your trunk shuts off, and you’re forced to push the ball with your arm instead of launching it with your body.
✅ The Fix:
– Stay closed at landing
– Let the front leg come across the body if needed
– Keep the trunk driving forward, not spinning out
When you land closed:
🔥 Power transfers clean
🔥 Velocity jumps
🔥 Arm stress drops
This is how elite pitchers protect their mechanics and throw harder.
📌 Save this before your next bullpen
💬 Comment “CLOSED” if you’re dialing this in
👇 Tag a pitcher who’s leaking power at landing
#TopVelocity#PitchingMechanics#BacksidePower#LandClosed#ThrowHarder#VelocityTraining#PitchSmart#ElitePitching#KineticChain
Semiconductor Trend Watch: Backside Power Delivery
TSMC’s upcoming A16 with Super Power Rail (SPR) highlights a major industry trend: shifting power delivery to the backside of the wafer.
▪️More efficient routing → Frontside reserved for signals & clock, backside for power and global clock.
▪️Performance boost → Reduced resistance, better IR drop, faster transistor switching.
▪️Design flexibility → Optimized metal stack, nanosheet transistor with backside contact.
Backside Power Delivery (BSPD) is quickly becoming the next frontier of advanced logic nodes, reshaping how nanosheet transistors are powered and paving the way for higher density and energy-efficient AI/HPC chips.
#TSMC#A16#Semiconductors#BacksidePower#AIChips#AdvancedNodesopen.substack.com/pub/tspase…
🚨 Pitchers: Stop Killing Your Power by Landing OPEN ⚾🔥
Here’s the mistake I see ALL the time 👇
❌ Front leg swings open → you land open → trunk can’t drive → you end up PUSHING the ball. Weak velo. More stress.
The fix? STAY CLOSED.
Sometimes even turning the front leg in slightly helps lock you into a stronger, more powerful landing.
✅ Land closed → explode with your trunk
✅ Ride the backside forward & down → max momentum
✅ Convert energy cleanly up the chain → higher velo, healthier arm
💡 This isn’t about muscling the arm — it’s about sequencing power from the ground up. The more efficient your landing, the more explosive your delivery.
🔥 Train smarter. Throw harder. This is the TopVelocity way.
👇 Drop “STAY CLOSED” if you’ve caught yourself flying open.
Tag a teammate who needs this fix ASAP.
#TopVelocity#PitchingMechanics#StayClosed#ThrowHarder#PitchingVelocity#BacksidePower#KineticChain#3XPitching#BaseballTraining#PitchSmarter
💥 Struggling to Sit into Your Backside? Here’s the Fix! 💥
If you’re lifting and immediately opening up or clapping your front side, chances are you’re lacking stability and lateral momentum—and tight hips could be the culprit! 🚨 Tightness often links back to weakness. Stretching alone won’t cut it; you need strength to stay closed, sit into your backside, and drive powerful momentum through your stride.
Here’s the game plan:
✅ Build Strength with sumo deadlifts, cleans, squats, and lunges
✅ Develop the power to stay closed, move laterally, and rotate with force
✅ Stop relying on your front side and start generating REAL power from your stride 💪
This is how TopVelocity helps pitchers unlock their full potential—stronger hips, more stability, and explosive velocity. Are you ready to make a difference on the mound? 🚀
#TopVelocity#BacksidePower#PitchingMechanics#StrengthTraining#UnlockYourPotential#VelocityTraining#BaseballPerformance
🔥 Unlock Your Backside Power & Drive the Ball Like a Pro! 🔥
Building a dynamic backside is the secret to explosive pitching—but it’s all about getting the mechanics right! 🚀 Too many pitchers make the mistake of swinging their front leg open, which leaves them landing open and pushing the ball. Don’t let that be you!
✅ Keep your weight on your back leg
✅ Ride forward and down at the same rate
✅ Get your shin linear for max power and rotation
✅ Land CLOSED to drive with your trunk and generate serious velocity 💥
Sometimes, a simple tweak like turning your front leg inward can make a world of difference. Master your lower-half mechanics and start throwing harder, smarter, and with more power.
This is how we train at TopVelocity: precision, power, and results. 🔑
#TopVelocity#PitchingMechanics#BacksidePower#DriveWithYourTrunk#VelocityTraining#AthleteInnovation#BaseballPerformance#PitchSmarter
💥 Stop Losing Power by Landing Open! 💥
If you’re still working on building a dynamic backside—keeping weight on your back leg, riding forward and down, and driving with max power—beware of this common mistake: swinging your front leg open. 🚫⚠️
When you swing that leg open, you land open and end up pushing the ball instead of driving it with your trunk. The fix? Stay closed! Sometimes, it helps to turn your front leg in, bringing it across your body to ensure you land in a powerful, closed position.
✅ Land closed for explosive power
✅ Drive with your trunk, not your arm
✅ Optimize your backside mechanics for higher velocity
Master this and see the difference in your pitching game. This is the TopVelocity way: science-backed training that gets results. 🚀
#TopVelocity#PitchingMechanics#StayClosed#BacksidePower#VelocityTraining#BaseballPerformance#PitchSmarter#AthleteInnovation