* 0x3b 0x00
* 0x3c 0x00
* 0x3d 0x00
-* 0x3e 0x00
# 0x30 mUsbEPMap EP1
# 0x31 mUsbEPMap EP2
# 0x3b mUsbEPMap EP12
# 0x3c mUsbEPMap EP13
# 0x3d mUsbEPMap EP14
-# 0x3e mUsbEPMap EP15
# 0x3E ZM_EP_IN_MAX_SIZE_LOW_OFFSET EP0
* BIT0 - BIT7; low size regs. Max size 0x7ff (ZM_EP_IN_MAX_SIZE_LOW_OFFSET + ZM_EP_IN_MAX_SIZE_HIGH_OFFSET)
+Current configuration:
+* 0x3e 0x00
+* 0x40 0x00
+* 0x42 0x00
+* 0x44 0x40
+* 0x46 0x00
+* 0x48 0x00
+* 0x4a 0x00
+* 0x4c 0x00
+* 0x4e 0x00
+* 0x50 0x00
+* 0x52 0x00
+* 0x54 0x00
+* 0x56 0x00
+* 0x58 0x00
+* 0x5a 0x00
+* 0x5c 0x00
+
+
# 0x3F ZM_EP_IN_MAX_SIZE_HIGH_OFFSET EP0
* BIT7
* BIT6
These offset + 2 Byte step for each endpoint.
For example EP0 = +0x00; EP1 = +0x02; or offset+(EPn << 1). In these address space will fit 15 endpoints.
+* 0x3f 0x00
+* 0x41 0x02
+* 0x43 0x22
+* 0x45 0x20
+* 0x47 0x02
+* 0x49 0x02
+* 0x4b 0x02
+* 0x4d 0x00
+* 0x4f 0x00
+* 0x51 0x00
+* 0x53 0x00
+* 0x55 0x00
+* 0x57 0x00
+* 0x59 0x00
+* 0x5b 0x00
+* 0x5d 0x00
# 0x40 ZM_EP_IN_MAX_SIZE_LOW_OFFSET EP1
# 0x42 ZM_EP_IN_MAX_SIZE_LOW_OFFSET EP2