Monday, October 7th 2024

Super Flower Unveils Powerful and Innovative Leadex III ATX 3.1 Product Line

Super Flower, a leader in high-performance power supply units (PSUs), is thrilled to announce the launch of a full product lineup that extends beyond their renowned PSUs. This comprehensive expansion includes air coolers, water coolers, case fans, and chassis, aiming to provide PC enthusiasts with a broader range of components that deliver both performance and aesthetic appeal. The new products are designed to meet the diverse needs of gamers, content creators, and tech enthusiasts who seek reliable, high-quality solutions for their custom builds.

Leading the lineup is the Leadex III ATX 3.1, available in 650 W, 750 W, 850 W, 1000 W, and 1300 W configurations. This PSU exemplifies Super Flower's commitment to excellence, offering unmatched performance, efficiency, and safety for even the most demanding systems. Its advanced features cater to gamers and power users alike, ensuring stability and reliability under intense loads.
Product Highlights of the Leadex III ATX 3.1:
  • ATX 3.1 Compatibility: The Leadex III GE meets the latest Intel ATX 3.1 specifications, supporting up to 200% power excursion for superior system stability and performance. The design includes HCS terminals and dual 8-pin sockets on the modular panel to a 12+4 pin socket on the GPU side, enhancing safety by preventing high-angle bending issues.
  • Advanced Cooling: Featuring a 140 mm F.D.B fan with a unique blade design, the Leadex III ATX 3.1 provides high airflow and stable cooling, contributing to a quieter system environment.
  • Durable Copper Shaft: The copper shaft around the bearing can resist high temperature during high RPM thus improving stability and durability during operation, enhancing heat dissipation and extending the lifespan of the PSU.
  • Patented Buckle (20+4) Pin Connector: Incorporating new patented technology (Patent No.: Taiwan M563575; China 7566010; USA), the innovative buckle design ensures a secure and stable connection.
  • Exceptional Power Stability: The PSU offers stable DC output (+12V, +5V, +3.3V), dynamic loading improvements, exceptional low ripple measurements, and low output voltage ripple, ensuring reliable performance for demanding applications.
  • ECO-Design: Features ECO fan control acting as a semi-fanless mode to reduce noise, increase the fan's life span, and increase efficiency.
  • Fully Modular and Flexible: 100% fully modular with ultra-flexible ribbon cables for effortless cable management, which helps to maintain a clean and organized build.
  • 80 Plus Gold Certified: Achieving up to 87% efficiency at 20% and 100% rated load, and 90% efficiency at 50% load.
  • Robust Protection Features: Includes comprehensive protection mechanisms such as Over Voltage Protection, Over Current Protection, Over Power Protection, Short Circuit Protection, Under Voltage Protection, Over Temperature Protection, No Load Operation, and Surge & Inrush Protection.
  • Japanese Main Capacitor: Top tier Japanese capacitor to ensure stability, durability and performance.
Pricing and Product Links:The Leadex III ATX 3.1 is designed to meet the evolving needs of gamers, enthusiasts, and professionals, delivering exceptional power efficiency and system reliability.

For more information: https://www.super-flower.com.tw/en/collections/leadex-iii-gold-atx31
Available to be purchased on Super Flower store on Newegg: https://www.newegg.com/Seller-Store/Super-Flower
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12 Comments on Super Flower Unveils Powerful and Innovative Leadex III ATX 3.1 Product Line

#1
Zazigalka
whenever I hear that name, that's what I think

Posted on Reply
#2
Vincero
Have to say, would be interesting to see someone put the 200% power excursion limit to the test on the 1300W model....
Surely that would need to come with a C20 instead of C14 power connection..??
Posted on Reply
#3
Intervention
I miss Johnny Guru and his PSU reviews. Would have been great to have these new PSU's reviewed by someone as knowledgeable.
Posted on Reply
#4
dirtyferret
VinceroHave to say, would be interesting to see someone put the 200% power excursion limit to the test on the 1300W model....
will a 200% transient load test on 12v for the SF leadex gold 1300w do for now?
hwbusters.com/psus/super-flower-leadex-vii-gold-1300w-sf-1300f14xg-psu-review/5/

Also, can someone please tell SF you can call a PSU line something besides "Leadex". Currently they have on their web site
Leadex Titanium
Leadex Platinum
Leadex special edition
Leadex V Platinum Pro
Leadex VI Platinum Pro
Leadex VII Platinum Pro
Leadex III Gold UP
Leadex III Gold
Leadex V Gold Pro
Leadex VII XG

The next line should be called Leadex WTF?
Posted on Reply
#5
Bobaganoosh
dirtyferretwill a 200% transient load test on 12v for the SF leadex gold 1300w do for now?
hwbusters.com/psus/super-flower-leadex-vii-gold-1300w-sf-1300f14xg-psu-review/5/

Also, can someone please tell SF you can call a PSU line something besides "Leadex". Currently they have on their web site
Leadex Titanium
Leadex Platinum
Leadex special edition
Leadex V Platinum Pro
Leadex VI Platinum Pro
Leadex VII Platinum Pro
Leadex III Gold UP
Leadex III Gold
Leadex V Gold Pro
Leadex VII XG

The next line should be called Leadex WTF?
Yeah, I was looking at that. Leadex was a new platform they came up with that was great, then II, III, IV, V, VI, VII, and now back to III somehow? Plus the Titanium, Platinum, and Special Edition lol...I was trying to remember what the differences were in some of them and I have no recollection if it was a topology specific or if it's entirely just marketing at this point.
Posted on Reply
#6
wNotyarD
BobaganooshYeah, I was looking at that. Leadex was a new platform they came up with that was great, then II, III, IV, V, VI, VII, and now back to III somehow?
Thank you, I was starting to think I was going crazy, because I could swear seeing at least the Leadex VI.
Posted on Reply
#8
dirtyferret
Bobaganooshno recollection if it was a topology specific or if it's entirely just marketing at this point.
It has to be something with topology but it's so hard to recall what each change is, going to their web site and looking at the Leadex III Gold 750w one would think it's at least ATX 3.0 but SF has it as "Comply With ATX 12V. v2.32 & EPS 12V. v2.92 Specification" which means more than a 12+4 pin header change to switch to ATX 3.1. You and I are confused, imagine someone looking at one of those tier lists and goes to buy one of these units on Amazon and sees various Leadex III units at various prices. The SF marketing dept needs to go.
Posted on Reply
#9
Vincero
dirtyferretwill a 200% transient load test on 12v for the SF leadex gold 1300w do for now?
hwbusters.com/psus/super-flower-leadex-vii-gold-1300w-sf-1300f14xg-psu-review/5/
Ooofff, that is some voltage sag once it hits 180%....

I mean they are just about managing that 200% excursion but you can sense the "I dont wanna!" and "I miss the old days where OCP would have kicked in 50% ago" from the PSU....

I wonder what the efficiency numbers would have been for that moment...
Posted on Reply
#10
natr0n
Using a Leadex III gold80+ never had issues. Really well made PSU's

Other day I was looking for some parts and looked in psu box it had an extra 8 pin cable for cpu which is nice if needed
Posted on Reply
#11
dirtyferret
VinceroI wonder what the efficiency numbers would have been for that moment...
efficiency on a 100us test? Anything longer the protection kick in.
Posted on Reply
#12
Vincero
dirtyferretefficiency on a 100us test? Anything longer the protection kick in.
True, and it would be very difficult to test on an AC signal as that pulse is shorter than the rectified phase peaks...
In theory it could be tested feeding a pure DC 120-240V input to the PSU, purely to see how much more than that 2000W+ load is then pulled through the AC input (efficiency) and also to see how much of a spike (and how long for) it *could* pull from the wall... Would be bitterly ironic if the PSU can tolerate the power spike without cutting out but the AC breaker in someone's house / office / dorm room can be tripped out by it. I know most breakers are actually slow to react (comparatively - rated in milli not micro seconds) - likely not as bad as inrush current on most PSUs but even that has caused a few people problems....
Posted on Reply
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