Flex Matrix Pro 32×32 4K60 Crosspoint Modular Matrix Switcher
KanexPro FLEX-PRO32X32 enterprise 32x32 crosspoint matrix routes HDMI, DisplayPort, HDBaseT, fiber, and 12G-SDI at 4K60 with Dante/AES67 audio.
When a 16×16 is too small and a 64×64 is overkill, the FLEX-PRO32X32 hits the sweet spot for mid-scale multi-format routing. Eight input and eight output card slots accept any mix of HDMI, DisplayPort, HDBaseT, fiber optic, and 12G-SDI — delivering 32 fully routable crosspoints at 4K60 4:4:4 with 18Gbps bandwidth, HDCP 2.2, and seamless switching. Dante/AES67 handles audio natively. Redundant PSUs keep the system live. PoC eliminates endpoint power supplies. TAA compliant for government projects. Same I/O cards as every Flex Pro chassis.
- Up to 32 inputs and 32 outputs via hot-swappable 4-port modular cards across five signal formats
- Multi-format I/O: HDMI 2.0, DisplayPort, CAT/HDBaseT 3.0 (330ft), Fiber Optic (2km singlemode), and 12G-SDI
- 4K/UHD 60Hz 4:4:4 at 18Gbps with HDCP 2.2, HDR, and seamless switching
- Native Dante/AES67 audio networking via built-in MCU card
- Redundant hot-swappable power supplies
- PoC powers CAT endpoints from chassis
- Video wall, quad view, independent scaling, CEC, EDID/HDCP management
- TAA compliant
Specifications| Standard | HDMI 2.0, HDCP 2.2 |
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| Max Resolution | 4096×2160 @60Hz 4:4:4 |
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| Input Slots | 8 slots × 4 ports = 32 inputs |
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| Output Slots | 8 slots × 4 ports = 32 outputs |
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| Card Types | HDMI, DP, CAT, Fiber, 12G-SDI |
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| Network | Dante/AES67 |
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| Power | Redundant hot-swappable PSUs |
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| Compliance | TAA |
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Questions
- What is the maximum I/O capacity of the FLEX-PRO32X32 chassis?
- The FLEX-PRO32X32 is a fully modular 32x32 crosspoint matrix with 8 input card slots and 8 output card slots, each accepting a 4-port card, for up to 32 inputs and 32 outputs total.
- What video performance does the FLEX-PRO32X32 support?
- The chassis routes 4K/UHD signals at up to 4096x2160 @60Hz 4:4:4 with an 18Gbps data rate (11.88Gbps for 12G-SDI), HDCP 2.2 compliance, HDR support, and seamless glitch-free crosspoint switching.
- How is the FLEX-PRO32X32 controlled?
- Control is available through the 7-inch front panel capacitive touchscreen, TCP/IP (RJ45) with Web GUI, bi-directional RS-232 to endpoints, Dante Controller software, and Dante Domain Manager.
- Does the FLEX-PRO32X32 support video wall and multi-view layouts?
- Yes. The chassis supports video wall, quad view multi-viewing, independent output scaling, and CEC display control, along with EDID/HDCP management and preset save and recall.
- Are the I/O cards hot-swappable?
- Yes, all input and output cards, the FLEX-MCU-Dante card, and both power supplies are hot-swappable, allowing service without powering down the chassis.
- How are remote CAT endpoints powered?
- PoC (Power over CAT) delivers power to FLEX-PROCAT-TX and FLEX-PROCAT-RX endpoints directly from the chassis, eliminating the need for local power adapters at each endpoint.
- No video on one or more outputs, what should I check?
- Verify the output card is fully seated and its LED shows normal operation, confirm the source is active on the corresponding input card, and for CAT/Fiber outputs confirm the receiver is powered (or PoC is enabled) and connected. Try matching EDID to the display's native resolution.
- Dante audio is not routing between devices, what is the fix?
- Confirm the FLEX-MCU-Dante card is installed and its LAN port is connected to the Dante network, open Dante Controller to verify the device is visible, and check that audio routes are configured in Dante Controller.
- Why choose the FLEX-PRO32X32 for broadcast, corporate, or government AV?
- The FLEX-PRO32X32 is TAA compliant, making it eligible for U.S. government procurement, while native Dante/AES67 audio and redundant power make it suited for broadcast and corporate mission-critical deployments.
- What advantage does a 5-format crosspoint offer over single-format matrices?
- Consolidating HDMI, DisplayPort, HDBaseT, fiber, and 12G-SDI routing into one 32x32 chassis eliminates the need for separate matrix infrastructure per signal type, simplifying large-venue AV designs that must support mixed source and display formats.