+Work has been ongoing to support the JH7110 RISC-V SoC in FreeBSD.
+This SoC is present in several existing RISC-V SBCs.
+The primary support target is the VisionFive v2, but this work is likely to benefit similar hardware such as the Pine64 Star64 and the Milk-V Mars.
+
+At present, the support in CURRENT is partially complete.
+What is working:
+ * UART
+ * clk/reset drivers
+ * MMC/SD
+
+The next target is working ethernet, which is supported with extensions to the `if_eqos` driver.
+This code is functional, but still in review.
+
+Work on this has been performed by Jari, with review, testing, and integration from Mitchell.
+
+link:https://wiki.freebsd.org/riscv/StarFive[]
+
+==== T-HEAD/XuanTie CPU Support
+
+As discussed in the devsummit presentation, these CPUs present several barriers to support.
+The problems come primarily from custom vendor extensions: non-coherent device I/O with custom cache management instructions, and a custom (spec-violating) implementation of page-based memory types.
+Combined, these quirks require difficult and invasive changes to pmap, busdma, and early boot code.
+
+At the same time, we are seeing an increasing amount of available hardware based on this IP, and so support becomes a repeated question and incentive.
+
+Work on page-based memory types is underway and expected to land soon in CURRENT.
+This feature allows individual virtual memory pages to be assigned specific properties, e.g. cacheability requirements.
+The riscv64 pmap has been extended to support the official RISC-V 'Svpbmt' extension, and the T-HEAD version of PBMT.
+These alternative encodings are incompatible, but provide similar functionality.
+
+Work on the device coherence and cache management challenges will begin next quarter.
+
+The hope is that this foundational work will (eventually) enable board support for available RISC-V hardware such as:
+ * Allwinner D1 (Nehza)
+ * Sipeed Lichee Pi 4A
+ * Beagle-V Ahead
+ * Milk-V Pioneer
+
+==== RISC-V Hypervisor
+
+Experimental support for the RISC-V hypervisor in bhyve/`vmm(4)` is under active development.
+Currently, single-core VMs are possible, and the guest can boot to multi-user.
+
+Note: the "H" (hypervisor) extension is not implemented by any known existing or upcoming RISC-V hardware.
+It is fully supported by software simulators such as Spike or QEMU.