D-link Dir-615 Installation Software Download for Mac Updated

D-link Dir-615 Installation Software Download for Mac

DO NOT BUY DEVICES WITH 4MB Flash / 32MB RAM if you intend to flash an upwardly-to-date and secure OpenWrt version (eighteen.06 or later) onto it! Run across 4/32 alert for details.

one) 4/32 devices do not have sufficient resources (flash and/or RAM) to provide secure and reliable operation. See OpenWrt on 4/32 devices what yous can do now.

2) OpenWrt support for iv/32 devices will end after 2019. After xix.07, no further OpenWrt images will be built for iv/32 devices. Encounter OpenWrt on four/32 devices what yous can do now.

* Y'all might take to change the magic number at the finish of the OpenWrt firmware to the one used by the stock DIR-615 firmware to get information technology to upload.

Revision	Model Specific Notes
A1	Marvell 88F5180NB1; eight MiB flash, 32 MiB RAM
B2	Ubicom & SPI Wink with 2 MB only
F1, F2	SPI Flash with 2 MB only
J1	Realtek RTL8196C & SPI Flash with two MB only
M1	Realtek RTL8196C; 4 MiB flash, 32 MiB RAM
T1	Realtek RTL8196E & SPI Wink with 2 MB only

Revisions	CPU	Ram	Flash	Network	Gigabit	USB	Serial	JTag
A1	Marvell	32MB	8MB	4×1	No	No	Yes	Yes
B2	Ubicom	8MB	2MB	4×i	No	No	Yeah	Yes
C1, C2	Atheros	32MB	4MB	four×1	No	Yes*	Yeah	No
D1 - D5	Ralink	32MB	4MB	four×1	No	No	Yes	No
E1, E2	Atheros	32MB	4MB	four×1	No	Yeah*	Yes	Yes
E3,E4,E5	Atheros	32MB	4MB	four×ane	No	Yes*	Yes	Yes
F1, F2	Realtek	16MB	2MB	4×1	No	No	Aye	Yes
G1	Ralink	32MB	8MB	4×i	No	No	Yes	?
H1, H2	Ralink	32MB	4MB	4×1	No	No	Yes	Yep
I1 - I3	Atheros	32MB	4MB	4×1	No	Aye*	Yes	Yes
J1	Realtek	16MB	2MB	iv×1	No	No	Yes	Yes
K1	Broadcom	32MB	4MB	4×1	No	No	No	Yes
K2	Broadcom	32MB	4MB	4×1	No	Yes	Yes	?
M1	Realtek	32MB	4MB	4×one	No	No	No	Yes
M2	Realtek	32MB	4MB	4×1	No	No	No	Yep
N1	Realtek	32MB	4MB	iv×1	No	?	Yes	No
Q2	Realtek	32MB	4MB	four×1	No	No	Yes	Yes
T1	Realtek	8MB	2MB	4×1	No	?	?	?

*Hardware and software modifications required

Don't upgrade/wink the eighteen.06.0-rc2 version as theres a bug where the settings dont salvage, Meet https://bugs.openwrt.org/index.php?do=details&task_id=1684

Installation/Flashing Guide for Rev. D1-D5 for v17.01.5

Unplug the unit and configure your network carte du jour IPv4 to IP 192.168.0.five, Subnet 255.255.255.0, Gateway 192.168.0.1
Power off the unit of measurement, concord RESET and ability on the device untill you see a Orangish LED flashing
Go to http://192.168.0.1 and upload the firmware. If the upload does not beginning, just try some other browser, e.chiliad. Firefox.
Perform initial configuration (Turn on Wireless, Set a Router Passwod also dont forget whatsoever port forwarding needed etc) (Offset login). (http://192.168.1.ane)
Restart the Device, Yes again
Connect the WAN cable to your Cable Modem or Switch
Go to Network > Wireless > Advanced and change the country code to your region, Save & Apply.

Notes - D1-D4 models are pretty much unbrickable as they have a born firmware recovery mode withal model D5 does non have built in recovery!

To access the built-in firmware recovery way simply set your computer with a static IP in the 192.168.0.x range, And so hold downward the reset button while powering on the router, open 192.168.0.1 in a web browser. Recovery mode loads up within a few seconds.

If using MS Windows seven: Download and install a 'simple' web browser from a trusted source, for the SOLE PURPOSE of uploading the openwrt firmware to the router. Exercise Non use Firefox, or Internet Explorer; they volition hang during the firmware upload to the router.
Configure PC NIC to 192.168.0.ten; 255.255.255.0, gateway 192.168.0.220 ; (or equiv values)
Ability off router, press and hold RESET button (rear), power router (Router power indicator will glimmer orange)
PC: Using a 'uncomplicated browser' : goto 192.168.0.one and upload openwrt firmware. Wait until '100%' complete bulletin appears before proceeding
Configure PC NIC to 192.168.1.ten; 255.255.255.0, gateway 192.168.1.220 ; (or equiv values)
PC: Using a 'electric current modernistic uptodate browser' : goto 192.168.1.one ; Await openwrt router admin pages to announced
Configure openwrt on the router; and reboot the router

As of R36213 this router no longer needs a custom build.

Rev H1, I1 are pretty much unbrickable as they accept a congenital-in firmware recovery mode. Revision D5 does not have built in recovery.

To access, merely hold downwards the reset push button while powering on the router. The ability LED should blink orange. Set your figurer with a static IP in the 192.168.0.x range, and open 192.168.0.i in a spider web browser. Recovery mode loads up within a few seconds, but doesn't respond to pings. If the power LED is blinking orangish the to a higher place folio should be accessible.

You will need to flash either a stock firmware image or Openwrt-mill image, *not* a sysupgrade paradigm.

Numbers 0-3 are Ports 1-4 equally labeled on the unit of measurement, number 4 is the Internet (WAN) on the unit, 5 is the internal connexion to the router itself. Don't be fooled: Port i on the unit is number 3 when configuring VLANs. vlan0 = eth0.0, vlan1 = eth0.one and so on.

Port	Switch port
Internet (WAN)	4
LAN one	3
LAN 2	2
LAN 3	1
LAN iv	0

add revisions

Revisions B

Architecture	?
Bootloader	?
Arrangement-On-Chip	Ubicom IP5090U
CPU Speed	?
Flash-Scrap	Spansion S25FL016
Flash size	2 MiB (2Mx8)
RAM-Scrap	PoinTec PT460816HG / Mira P2S28D40CTP
RAM size	viii MiB (2x4Mx16)
Wireless	AR5008 2.4GHz b/g/n
Ethernet	Marvell 88E6060
USB	1x header on PCB, unpopulated
Series	Yes
JTAG	Yes

Revisions C1/C2

Revisions D1-D4

Compages	MIPS
Bootloader	U-Boot
Organization-On-Bit	Ralink RT3052F Rev 2 on D1/D2, Rev 3 on D3/D4
CPU Speed	384 MHz
Wink-Chip	MX29LV320DBTI-70G
Wink size	four MiB
RAM-Chip	ii x w9812g6ih
RAM size	32 MiB (2 10 2M x 4 x 16bit)
Wireless	SoC integrated
Ethernet	SoC integrated
USB	No
Serial	Yes
JTAG	No

Revision D5

Compages	MIPS
Bootloader	Unknown
Organisation-On-Chip	Ralink RT3352F
CPU Speed	400 MHz
Wink-Chip	ESMT F25l32PA
Flash size	four MiB
RAM-Fleck	ESMT M14D2561616A
RAM size	32 MiB (4M x four ten 16bit)
Wireless	SoC integrated
Ethernet	SoC integrated
USB	No
Serial	Yes
JTAG	No

Revision E1/E2

Revision E3/E4/E5

Revision G1

Compages	MIPS
Bootloader	U-Kicking
System-On-Chip	Ralink RT3052F
CPU Speed	384 MHz
Wink-Bit	MX29LV640ETBI-70G
Flash size	eight MiB
RAM-Chip	2x w9812g6ih
RAM size	32 MiB (2 x 2M x 4 x 16bit)
Wireless	SoC integrated
Ethernet	SoC integrated
USB	Unknown
Serial	Yeah
JTAG	Unknown

Revision H1

Architecture	Mips24kc
Bootloader	U-Boot
Organisation-On-Chip	Ralink RT3352
CPU Speed	400 MHz
Wink-Chip	mx25l3205d
Wink size	4 MiB
RAM-Chip	2 x ESMT M12L128168A 166 MHz
RAM size	32 MiB (2 x 2M x 16bit x 4 banks)
Wireless	SoC integrated
Ethernet	SoC integrated
USB	No
Serial	Yes
JTAG	Aye

Revision I1

Revision J1

Architecture	RLX4181
Bootloader	?
System-On-Flake	Realtek RTL8196C
CPU Speed	?
Wink-Chip	Winbond 25Q16BVSIG
Wink size	2MB
RAM-Chip	Winbond W9812G6JH-half dozen
RAM size	16 MiB (2M x 16bit 10 4 banks)
Wireless	Realtek RTL8192CE
Ethernet	SoC integrated
USB	No
Serial	Yep
JTAG	Yes

Revision K1

Architecture	MIPS 74K V4.9
Bootloader	CFE
System-On-Chip	Broadcom BCM5357C0
CPU Speed	300 MHz
Wink-Bit	Macronix MX25L3206EMI-12G
Flash size	4MB
RAM-Flake	1 x W9425g6JH-5
RAM size	32 MiB (2M ten 16bit x iv banks)
Wireless	Broadcom BCM5357C0
Ethernet	SoC integrated
USB	No
Serial	Yes
JTAG	No

Revision K2

PCB has "1DIR620C1.A1G" and "1DIR615K2.A1G" check-boxes (neither was ticked on mine DIR-615).

Architecture	?
Bootloader	?
System-On-Flake	?
CPU Speed	?
Flash-Chip	Macronix MX25L3206EMI-12G
Wink size	4MB
RAM-Chip	1 ten W9425g6JH-v
RAM size	32 MiB (2M x 16bit ten 4 banks)
Wireless	?
Ethernet	SoC integrated
USB	P7 (unpopulated micro-USB)
Serial	JP1 (unpopulated header - UART)
JTAG	?

Revision M1

Architecture	RLX4181
Bootloader	?
System-On-Chip	Realtek RTL8196C
CPU Speed	?
Flash-Chip	Winbond 25Q32BVSIG
Flash size	4MB
RAM-Scrap	Winbond W9825G6JH-6
RAM size	32 MiB (4M x 16bit 10 iv banks)
Wireless	Realtek RTL8192CE
Ethernet	SoC integrated
USB	No
Series	?
JTAG	Yes

Revisions M2

Architecture	?
Bootloader	?
System-On-Chip	Realtek RTL8196C
CPU Speed	?
Wink-Chip	Winbond 25Q32BVSIG
Flash size	four MB
RAM-Chip	i 10 Winbond W9825G6JH-6
RAM size	32 MiB (4M x 16bit x 4 banks)
Wireless	Realtek RTL8192CE
Ethernet	SoC integrated
USB	No
Serial	No
JTAG	Yes (12 Pin)

Revision N1

Architecture	RLX5821
Bootloader	?
Organisation-On-Fleck	Realtek RTL8196D
CPU Speed	?
Flash-Chip	25L3206E
Wink size	4MB
RAM-Bit	ESMT M13S2561616A-5T
RAM size	32 MiB (4M x 16bit 10 4 banks)
Wireless	Realtek RTL8192ER
Ethernet	SoC integrated
USB	?
Serial	Aye
JTAG	No

Revision Q2

Architecture	?
Bootloader	?
Organization-On-Chip	Realtek RTL8196E
CPU Speed	?
Flash-Chip	MX25L3206E
Flash size	four MB
RAM-Chip	winbond W9825G6JH-vi
RAM size	32 MB (4 M x 4 banks x 16 bits sdram)
Wireless	Realtek RTL8192ER
Ethernet	SoC integrated
USB	No
Series	Yes
JTAG	Yes

More than info, please!

Annotation: This will void your warranty!

С1/С2 revision:

Pin1	3.3V
Pin2	RX
Pin3	TX
Pin4	GND

C1 Uses three.3v TTL signals.

C1 Serial port settings: Speed:115200, Data bits:8, Stop $.25:1, Parity:none, Flow control:none

D1/D2 revision:

Pin1	TX
Pin2	GND
Pin3	3.3V
Pin4	RX

D2 Serial port settings: Speed:57600, Data bits:8, Stop bits:2, Parity: none, Catamenia control: none

For D3 still applies, but the TX and RX pins have been swapped.

E3/E4 revision:

Warning: in a higher place motion-picture show very likely wrong, i.e. TX and RX swapped. Table below is right for E3, i.e. Pin3 is RX and Pin9 is TX.

Pin1	3.3V
Pin2	3.3V
Pin3	RX
Pin9	TX
Pin11	GND
Pin12	GND

Remember to use 12V ↔ three.3V serial port converter or yous might break the router serial pins by overvoltage.

COM port settings: Speed:115200, Data bits:8, Stop $.25:1, Parity:none, Flow control:none

I1 revision:

Pin1	iii.3V
Pin2	RXD
Pin3	TXD
Pin4	GND

H1 revision:

Pin1	three.3V
Pin2	GND
Pin3	TXD
Pin4	RXD

Serial port settings: Speed:57600, Data bits:8, Stop bits:2, Parity: none, Period control: none

K2 revision:

Pin1	3.3V
Pin2	TXD
Pin3	GND
Pin4	RXD

COM port settings: Speed:115200, Data bits:viii, Stop bits:1, Parity:none, Flow control:none

Remember to employ 12V ↔ 3.3V serial port converter or y'all might pause the router series pins by overvoltage.

Looks like C1/C2 JTAG lines connected to testpoints tp5-tp8. Pinout is unknown.

Adding JTAG to C1 not like shooting fish in a barrel as some other revisions but should exist possible:

E1/E2/E3/E4 has standard MIPS EJTAG JTAG 14-pin header pinout (pic is from E4)

I1 has same footprint and patently pinout equally E1-E4 just still non fully verified.

Encounter port.jtag for more JTAG details.

The D-Link DIR-615 has two buttons. They are WPS and RESET. The WPS push has its own bluish led.
The buttons can be used with hotplug events. E. g. wifitoggle.

BUTTON	Event
RESET	reset
WPS	wps

How to configure LEDs in general, see the LED department in the Wiki.

Rev C: The DIR-615c2 has 1 blue, 3 dark-green and 2 orange controlled LEDs:

LED name	LED symbol	Internal proper noun
Power (green)	Power	dir-615c1:green:status
Ability (orange)	Power	dir615c1:orange:status
WPS (blue)	Refresh	dir-615c1:blue:wps
Wan (dark-green)	Globe	dir-615c1:green:wan
Wan (orangish)	Globe	dir-615c1:orange:wan
Wlan (green)	Waves	dir-615c1:green:wlan

Rev H1: The same LED configuration applies to Rev H1.

Revision C2 has 6 gratuitous (not-used) GPIO ports. To use them you lot should do some solder work. Please railroad train you solder skills on broken motherboards before trying to exercise this on working hardware.

GPIO #	Notation	Location
0	R127	unpopulated resistor pad near LED21, pcb lesser left corner
2	R2	unpopulated resistor pad to the left of the CPU
vii	R203	unpopulated resistor pad near LED20 about gpio0
8	tp5	testpoint on the lesser side of pcb near cpu
9	tp6	testpoint on the bottom side of pcb near cpu
11	tp7	testpoint on the bottom side of pcb near cpu

There is also one free GPIO5 used by dir-615c1:greenish:wancpu led interface. This led interface is useless so we can just desolder r218 (located between q7 transistor and led10), remove led definition from mach-dir-615-c1.c recompile/reflash kernel and use GPIO5 as we want.

To activate GPIO interface you should export it using command 'echo N > /sys/form/gpio/export' (Due north is a GPIO number). Then you lot can use /sys/form/gpio/GPION interface to control GPIO (gear up/become direction, value, etc). Also you can apply i2c_gpio_custom/w1_gpio_custom kernel modules for 1wire/i2c protocols over gpio to connect devices/sensors/actuators to your router.

as a beginner, yous really should inform yourself about soldering in full general and so even obtain some experience!

DIR-615 Generic USB Mod Notes

All C1/C2, E1-E4 and I1 share the same empty footprints and pigsty in plastic case (except for sticker) for calculation cleanly USB support.

Series Resistors

22-ohm resistors are for impedance matching of the feature impedance of the transmission line in the instance of loftier-speed USB for signal integrity at 480Mbps. The single-concluded impedance of the line is in theory 45 ohms just the transceiver has an output impedance too that is added to the 22-ohm resistor. For total-speed (12Mbps) or low-speed (1.5Mbps) advice, these resistors are non mandatory. For reasons like non having the required 0603 22-ohm surface mount resistors or skill required to solder them and if yous programme on using but full-speed and low-speed USB devices, you might determine to supercede these resistors with pieces of wire-wrap wire, which are easier to solder than 0603 resistors.

Pull-down Resistors

For loftier-speed, total-speed and depression-speed USB, a host has to provide 15k pull-down resistors on D+ and D- lines. E1-E4 and I1 revisions have 0603 footprints for these pull-downwards resistors. C1/C2 revisions exercise non accept footprints for these pull-down resistors. If you practice not take 0603 resistors, the skill required to solder them or non the footprints for soldering, you may want instead use through-hole resistors soldered on the bottom side of the USB receptacle footprint.

VBUS (5V Supply)

Since the DIR-615 uses a +5 V ability supply (from 1 A to 2.5 A according to the revision), one can utilize it as is to power the USB device. Although this is not good practice. USB hosts have unremarkably some protection from excessive electric current drawn past the device. This protection shuts down the VBUS supply when a given electric current threshold is reached.

Revision C1

U4 fooprint is for a dual USB high-side power switch partnumber G526-one or G526-ii past Global Mixed-style Technology Inc. Datasheet links: long one unmarried folio. These parts are obsolete. Good luck finding them. A pinout compatible and mostly similar in terms of electrical characteristics is MIC2076A-2YM.

USB type A vertical right-angle receptacle

A list of possibly matching USB type A vertical right-angle receptacles (verify footprint with datasheet and measurements on board before ordering):

Example to extract info from the offset link in the listing:
Manufacturer: amphenol-fci
Manufacturer Role Number: 73725-0110BLF

The Device uses a DDR1 16Mbit 10 16bit (16Mibit*16=256 mebibit. 256 mebibit/8=32MiByte) 400MHz chip Zentel A3S56D40FTP. Supervene upon it with any 32Mbit x 16bit flake. 333MHz instead of 400MHz besides works fine. Information technology's quite hard to find these chips. One of the ways to become them is to have a look at DDR SO-DIMM (because SO-DIMM modules are shipped with x16 chips). Since there are no 64Mbit x 16bit DDR1 Chips available → no 128 MB modern!

The nearly easy arroyo is to seek for a 4-chip DDR 256 MB module. These all have x16 fries also. Fries only on one side (not to be confused with double-sided 256 MB modules with iv chips on each side) and only four of them - that's the best chance to become some. They stand for a small-scale per centum among usual 8-chip modules just this is equalized with the amount and "cheap equally dirt" toll of such DDR 256 MB modules.

Working fries:

Additional list that may work:

		Type	ID Code	Vendor
DDR	32Mx16	DDR 400 TSOP Pb Free	HY5DU121622DTP-D43-C	Hynix
DDR	32Mx16	DDR 400 TSOP Pb Free	H5DU5162ETR-E3C	Hynix
DDR	32Mx16	DDR 400 Pb Free	K4H511638G-LCCC	Samsung
DDR	32Mx16	DDR 400	A3S12D40ETP-G5	Zentel
DDR	32Mx16	DDR 400	NT5DS32M16BS-5T	Nanya
DDR	32Mx16	DDR 400 Atomic number 82 Costless	P3S12D40ETP-GUTT	Mira
DDR	32Mx16	DDR 333 CL2.5 TSOP	MT46V32M16TG-6T:F	Micron
DDR	32Mx16	DDR 333 CL2.5 TSOP	MT46V32M16P-6T:F	Micron
DDR	32Mx16	DDR 333 Atomic number 82 Free TSOP	HYB25D512160CE-half dozen	Qimonda
DDR	32Mx16	DDR 333 PB Complimentary TSOP	HYB25D512160CEL-6	Qimonda
DDR	32Mx16	DDR 333 Atomic number 82 Free TSOP	HYB25D512160DE-6	Qimonda

By default router able to meet all 64MB.

Used only side by side chips:

W25Q128FVSSIG

MX25L12835FM2I

S25FL128P

Uboot and Kernel patches for 16MB Flash External Link

Take some GPIOs which are connected to LEDs or switches, 3.3V and GND from the JTAG header and utilize the mmc-over-gpio kernel module. The kmod-leds-gpio and kmod-input-gpio-keys-polled kernel modules have to exist unloaded before. The blueish WPS LED will show when the SD-Carte is being accessed and the power LEDs will flicker while information is being transfered.

GPIO #	Original use	SD signal	SD pin
0	WPS button	MISO	seven
7	Ability LED amber	MOSI	2
9	Power LED dark-green	SCK	5
fourteen	WPS LED blue	/SS	1
	+3.3V	+iii.3V	4
	GND	GND	3
	GND	GND	6

If you forgot your password, cleaved one of the startup scripts, firewalled yourself or corrupted the JFFS2 partitioning, you can get dorsum in by using OpenWrt's failsafe manner.

NOTE: The root file system in failsafe mode is the SquashFS division which is always readonly. To switch to the writable root file organization (JFFS2) run mount_root control and make your changes.

Forgot/lost your countersign and need to set a new one: passwd
Forgot the router's IP accost: uci get network.lan.ipaddr
Accidentally run opkg upgrade or filled up the flash by installing
too big packages or need to clean the JFFS2 partition and starting time over: mtd -r erase rootfs_data

When y'all are done with failsafe mode - ability wheel the router and allow it boot commonly.

See likewise:

→failsafe_and_factory_reset