diff --git a/nmigen/humpback.py b/nmigen/humpback.py
index 99eaf41..cf202af 100644
--- a/nmigen/humpback.py
+++ b/nmigen/humpback.py
@@ -45,15 +45,6 @@ class HumpbackPlatform(LatticeICE40Platform):
 #			attrs=Attrs(IO_STANDARD="SB_LVCMOS", PULLUP=1)
 #		),
 
-		# Define SPI interfaces
-		# TODO; Make it optional, define it in a block
-		# Note: Use "role=device" to make humpback a SPI slave
-		#	The ~CS pin is a global pin, but not being configured global.
-		SPIResource(0,
-			cs="R2", clk="C8", mosi="N5", miso="T2",
-			attrs=Attrs(IO_STANDARD="SB_LVCMOS")
-		),
-
 		# Define I2C interface
 		# TODO: Make it optional, declare it in a block itself
 		#	Use "role=device" to make humpback a I2C slave
@@ -64,7 +55,6 @@ class HumpbackPlatform(LatticeICE40Platform):
 	]
 
 	# Using the dict approach in (o)migen
-	# Note: Numbering is required in nMigen, so some probably not very meaningful strings/integers are inserted
 	connectors = [
 
 		# EEM0 Connector
@@ -91,45 +81,45 @@ class HumpbackPlatform(LatticeICE40Platform):
 		Connector("eem", 1, {
 			"d0_cc_n": "L3",
 			"d0_cc_p": "L6",
-			"d1_n": "F1",
-			"d1_p": "H6",
-			"d2_n": "G2",
-			"d2_p": "H4",
-			"d3_n": "H2",
-			"d3_p": "J4",
-			"d4_n": "J1",
-			"d4_p": "J2",
-			"d5_n": "K3",
-			"d5_p": "K1",
-			"d6_n": "L1",
-			"d6_p": "L4",
-			"d7_n": "M1",
-			"d7_p": "K4",
+			"d1_n"	: "F1",
+			"d1_p"	: "H6",
+			"d2_n"	: "G2",
+			"d2_p"	: "H4",
+			"d3_n"	: "H2",
+			"d3_p"	: "J4",
+			"d4_n"	: "J1",
+			"d4_p"	: "J2",
+			"d5_n"	: "K3",
+			"d5_p"	: "K1",
+			"d6_n"	: "L1",
+			"d6_p"	: "L4",
+			"d7_n"	: "M1",
+			"d7_p"	: "K4",
 		}),
 
 		# EEM2 Connector
 		Connector("eem", 2, {
 			"d0_cc_n": "G1",
 			"d0_cc_p": "J5",
-			"d1_n": "M2",
-			"d1_p": "K5",
-			"d2_n": "N2",
-			"d2_p": "L7",
-			"d3_n": "M3",
-			"d3_p": "M6",
-			"d4_n": "N3",
-			"d4_p": "L5",
-			"d5_n": "M4",
-			"d5_p": "P1",
-			"d6_n": "M5",
-			"d6_p": "P2",
-			"d7_n": "N4",
-			"d7_p": "R1",
+			"d1_n"	: "M2",
+			"d1_p"	: "K5",
+			"d2_n"	: "N2",
+			"d2_p"	: "L7",
+			"d3_n"	: "M3",
+			"d3_p"	: "M6",
+			"d4_n"	: "N3",
+			"d4_p"	: "L5",
+			"d5_n"	: "M4",
+			"d5_p"	: "P1",
+			"d6_n"	: "M5",
+			"d6_p"	: "P2",
+			"d7_n"	: "N4",
+			"d7_p"	: "R1",
 		}),
 
 		# STM32 Nucleo/ Arduino Connector
 		# TODO: Suspect SPI mismatch forever
-		Connector("stm32", "pins", {
+		Connector("stm32", 0, {
 			"PA0": "A2",
 #			"PA1": "P14",	# PA1 -> PB2, but PB2 has a mapping on FPGA already
 #			"PA2": "B8",	# PA2 -> PF6
@@ -228,7 +218,7 @@ class HumpbackPlatform(LatticeICE40Platform):
 		}),
 
 		# Beaglebone Black Connector
-		Connector("bb", "pins", {
+		Connector("bb", 0, {
 			"CLKOUT": "R9",
 
 			"GPIO0_7": "R14",
@@ -281,7 +271,7 @@ class HumpbackPlatform(LatticeICE40Platform):
 		}),
 
 		# ESP32 Connector
-		Connector("esp32", "pins", {
+		Connector("esp32", 0, {
 			"IO2": "D9",
 			"IO4": "D7",
 			"IO22": "C7",
@@ -290,11 +280,12 @@ class HumpbackPlatform(LatticeICE40Platform):
 		}),
 
 		# OrangePI Zero Connector
-		Connector("orange_pi", "pins", {
+		Connector("orange_pi", 0, {
 			"PG06": "A15",
 		}),
 	]
 
+	# Half completed, second EEM resource to be added
 	eem_to_urukul = [
 		Resource("eem", 1,
 			Subsignal("sclk", DiffPairs("L6", "L3", dir="o", conn=("eem", 1))),
@@ -308,6 +299,17 @@ class HumpbackPlatform(LatticeICE40Platform):
 		)
 	]
 
+	# SPI Connection
+	spi = [
+		Resource("spi", 0,
+			Subsignal("cs", PinsN("R2", dir="i", conn=("stm32", 0))),
+			Subsignal("mosi", Pins("N5", dir="i", conn=("stm32", 0))),
+			Subsignal("miso", Pins("T2", dir="oe", conn=("stm32", 0))),
+			Subsignal("sck", Pins("C8", dir="i", conn=("stn32", 0))),
+			Attrs(IO_STANDARD="SB_LVCMOS")
+		)
+	]
+
 	# tool chain setup, using default ICE40 HX8K evaluation code
 	def toolchain_program(self, products, name):
 		iceprog = os.environ.get("ICEPROG", "iceprog")
@@ -318,5 +320,6 @@ if __name__ == "__main__":
 	from nmigen_boards.test.blinky import *
 	platform = HumpbackPlatform()
 	platform.add_resources(platform.eem_to_urukul)
+	platform.add_resources(platform.spi)
 	platform.build(Blinky(), do_program=False)