Custom BLUE Power LED assembly for C64C

• A new non-original BLUE rectangular power LED with connector for C64C
• Same diffused white lens LED style as original but LED lights up blue.
• Not suitable for "breadbin" C64 (which has a 5mm round LED - see below for those).
• Original standard green / red C64C LED cables are listed below
• Cable is approx 45cm long - so suitable for all boards

Custom BLUE Power LED cable, for Breadbin C64

• A new, blue Commodore 64 power LED with cable, plug and grommet for custom case jobs
• For breadbin case C64 (can also be used in VIC 20)
• Not suitable for the later white C64C since that uses a rectangular LED
• Note: Cable is approx 45CM long so is suitable for "Breadbin", "GS" and "Aldi" model C64s)

Custom GREEN Power LED for Breadbin C64

• As above but with a green LED

Custom RED Power LED for breadbin C64

• As above but with a red LED.

De-solder Braid / Wick (0.5 Metres)

• Ideal for assisting repair work on motherboards etc
• Sold loose 0.5 Metres - ample for small jobs like for re-cap, chip replacement etc
• High quality Soldamop brand braid with excellent solder draw.

Small Tube Of Thermally Conductive Adhesive

• For attaching heatsinks to chips
• 5 gram tube - more than enough for several chips
• Instructions supplied

Heatsink for 28 Pin DIL Chips - Bare

• Exact size for the SID and PLA chips in the Commodore 64 which run hot are usually the first to fail.
• Also suitable for the 3 C64 ROMs
• Dimensions: 37mm x 19mm x 4.8mm
• Attachment methods: The heatsink is not self-adhesive - it requires thermally conductive glue which I sell separately.

Heatsink for 28 Pin DIL Chips - Self Adhesive

• As above but with a thermally conductive self-adhesive pad attached, ready to peel and apply.

Heatsink for 40 Pin DIL Chips - Bare

• Heatsink suitable for 40 PIN Chips such as the CPU in the Commodore 64 and ULA in Spectrum Plus. (Note: There is not enough room for it in the rubber-keyed Spectrum unless you desolder the ULA's IC socket and fit the ULA directly onto the motherboard.) 
• Dimensions: 50mm x 19mm x 4.8mm
• Attachment methods: The heatsink is not self-adhesive - it requires thermally conductive glue which I sell separately.

Heatsink for 40 Pin DIL Chips - Self Adhesive

• As above, but with thermally-conductive self-adhesive pad pre-attached, ready to peel and apply.

Heatsink kit 1 for "breadbin" Commodore 64

Consists of:

• 1 x 40 pin DIL heatsinks (for 6510 CPU)
• 2 x 28 pin DIL heatsinks (for PLA and SID)
• Tube of thermally conductive adhesive
• A sachet of thermal grease to renew that on VIC-II chip if desired.
• Isopropyl-alcohol cleaning wipes
• Instructions

Heatsink kit 1b for "breadbin" Commodore 64

As above but supplied with thermally conductive adhesive pads pre-attached to the heatsinks (instead of the tube of thermal glue) ready to peel and apply.

Heatsink kit 2 for "breadbin" Commodore 64

Consists of:

• 2 x 40 pin DIL heatsinks (for 6510 CPU and VIC-II)
• 2 x 28 pin DIL heatsinks (for PLA and SID)
• Tube of thermally conductive adhesive
• Isopropyl-alcohol cleaning wipes
• Instructions

Heatsink kit 2b for "breadbin" Commodore 64

As above but supplied with thermally conductive adhesive pads pre-attached to the heatsinks (instead of the tube of thermal glue) ready to peel and apply.

Heatsink kit 3 for Commodore 64C

Although the C64C's HMOS-era chips don't run anything like as hot as the breadbin's NMOS types, the SID, VIC and CPU do get warm and (usually) no heatsinking was provided. (Note: Some versions of the C64C have a metal RF shield which does have heatsinking tabs - this can be seen through the user/cassette ports if fitted. Also, some rare early C64Cs actually have the original (wider) breadbin PCB fitted, usually marked assy no: 250466).

Pack consists of:

• 2 x 40 pin DIL heatsinks (for 8500 CPU and 8565 VIC-II)
• 1 x 28 pin DIL heatsinks (for 8580 SID)
• Tube of thermally conductive adhesive
• Isopropyl-alcohol cleaning wipes
• Instructions

Heatsink kit 3b for Commodore 64C

As above but supplied with thermally conductive adhesive pads pre-attached to the heatsinks (instead of the tube of thermal glue) ready to peel and apply.

10 x small isopropyl alcohol wipes

• 70% Isopropyl alcohol wipes - suitable for cleaning contacts, chips/heatsinks etc

Small sachet of thermal grease

• Suitable for renewing old, dried up thermal grease found on some versions of the C64
• Note: This is thermally conductive grease, not adhesive.

3 Metres of flux-cored 60/40 tin-lead solder

Good quality, 0.7mm diameter - ideal for fine electronics work.

TOLB Module from Eslapion - NTSC Version

A replacement for the MOS 8701 clock generator chip used on boards 250425, 250466, 250469 and the C128. Works on the C64 Reloaded too!

• Onboard oscillator makes it independent from the C64 crystal and easy to convert a C64 from PAL to NTSC and inversely
• Consumes only 9mA of power (a genuine MOS 8701 consumes 25-30mA)

Compatible with Commodore computers (with the PCB numbers stated above) carrying these video chips:

• MOS 6567 – Original NMOS version used in most C64 sold in Japan and North America
• MOS 8562 – HMOS-II version used in most C64c
• MOS 8564 – VIC-II E C128 version

300+ units sold - not a single defect and not a single compatibility problem found.

TOLB Module from Eslapion - PAL Version

As above but PAL version. Compatible with Commodore computers (with the PCB numbers stated above) carrying these video chips:

MOS 6569 - Original NMOS PAL VIC-II (breadbin C64s)

MOS 8565 - HMOS PAL-VIC-II (most C64Cs)

MOS 8566 - VIC-II E PAL (C128)