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Supply Chain Integration
CASE STUDY Dell Inc.
Improving the Flexibility of the Desktop PC Supply
ChainElvia Leyva
CHAPTER 6
History of PC Industry
Dell’s Background and Direct Model
Contract Manufacturing
Critical Components of a Desktop
Problem
L6 vs. L5 Value Comparison
Root Cause Analysis
Project Methodology
Factors to be Considered
Complexity Analysis ( PROS AND CONS)
Case Questions
AGENDA
History of PC Industry
The first (PCs) became available. The cost was $50000 Very bulky. PCs had their own operating systems
1960’s…..
In the 1970’s… The first microcomputers in the market. Apple Computer introduced the first desktop Computer
Computers became cheaper popular among home and business users. New Software. Laptop computers with a size of a notebook The first commercially available portable computer was the Osborne 1 in 1981 the CP/M operating system
1980’s …..
In the 1990s…
Personal computers became more powerful and capable of handling more complex tasks
Ability to support graphics and multimedia Power led to increased usage of desktop computers by
movie studios, universities, and governments.
Dell was founded in 1984 by Michael Dell in the University of Texas–Austin.
BUSINESS MODEL: ELIMINATING THE RETAILERS FROM THE SALES CHANNEL AND SELLING DIRECTLY TO CUSTOMERS.
3 Manufacturing facilities in the United States: Austin, Texas; Nashville, Tennessee; Winston-Salem, North Carolina)
Facilities in Brazil, China, Malaysia, and Ireland
Dell’s revenue for the last four quarters totaled $56 billion.
Dell employs 65,200 people worldwide
Dell’s Company Background and its Direct Model
Contract Manufacturing The phenomenon of contract manufacturing began in the 1980s.
Responsible for producing materials or unassembled components in less expensive regions and shipping them to the OEM factories in the United States or Europe for product assembly.
By 2005, most PC producers used contract manufacturers to produce high-tech electronic products.
By 2005, almost all the desktop PCs sold in the United States were at first produced by contract manufacturers in China.
ChipsetAMDIntel
MotherboardASUS
FoxconnIntel
MiTAC
Desktop ChassisASUS
FlextronicsFoxconnMiTACLite-On
Desktop PCAcerAppleDell
Fujitsu SiemensGateway
HPLenovo/IBMLAN Chip
BroadcomIntel
Printed Circuit Board
BTI ElectronicsCompeq
GCEPlato Electronic
3. Dell incurs motherboard expedite/air-freight cost and 3rd-party integration cost.
4. CMs incur cost for idle labor dedicated for MB-chassis integration.
1. In June 2005 Dell’s desktop manufacturing division found that its Manufacturing costs in Level 5 had continued increase.
2. Empty chassis are shipped by ocean (L5) to Dell US & Europe first. Motherboards are then air-freighted to Dell US & Europe.
L5
MB
Chassis
5 Weeks
1 WeekDell
ManufacturingCustomer
Supplier Logistics
Center
3rd Party Integrator(managed by EquipmentManufacturers)
L6 vs. L5L6
MB
Chassis
5 WeeksChina
IntegrationDell
ManufacturingCustomerSupplier
Logistics Center
: L5 additional cost
Integrated inside a Dell facility
Chassis shipped on water
Motherboards shipped by air
Increased supply chain flexibility
Increased motherboard air-freighting costs
3rd-party integration cost in US
Separate logistical costs for chassis and motherboards
Integrated offshore &
outside a Dell facility
Integrated motherboard-inside chassis shipped on water
Labor savings
MB air-freighting costs are eliminated
Reduced motherboard packaging costs
Reduced supply chain flexibility
More motherboards need to be re-worked in the event of an MB ECN
L6 L5
L6 is more cost-effective than L5.
Manufacturing Costs
L5 COSTS MB Packaging MB Air-Freight MB US Transportation MB Inventory Holding Chassis & MB US transportation from SLC and back Local/Regional Integration MB Rework at Dell Dell L5 mgmt. Cost.
Raw MaterialChina Material Transp.
China Assembler’sChassis Ocean-shipping
Chassis US Transportation
Chassis Inventory Holding
US assembler’s at DELL
L6 COSTS
China Assembler
COMMONCOSTS
Root Cause Analysis MAJORITY OF EXPEDITES ARE CAUSED BY CHIPSET
SUPPLY SHORTAGE.
63.5%
24.5%
8.3%3.8%
Chipset supplier decommitor supply issues
Quality/Eng Issues
Dell Forecast Accuracy
NPI
BPI project team established to evaluate the following 6 scenarios:
1. Keep as current: 3rd-Party Integrator (3PI) managed by Equipment Manufacturers
2. DAO Cellular Integration: Enable the Dell factory work cells to perform L5 L10 mfg. work
3. Offline Integration: Keep the current L6 L10 mfg. process unchanged; add a separate facility to handle MB-chassis integration work
a) At SLC (Supplier Logistics Center)b) At a Dell-leased building
4. 3PI managed directly by Dell5. L6 from Equipment Manufacturers’ Mexico plants
Project Methodology
For each of the 6 scenarios, BPI project team assessed the following attributes:
1. Smooth & sustainability process2. Cost per box3. Product quality4. Capital investment5. Material handling/cost-accounting6. Logistics
Project Goal Identify the optimal scenario
based on these input attributes
Factors to be Considered
Complexity AnalysisOption 1
Option 2(original)
Option 2(revised) Option 3A Option 3B Option 4 Option 5
Worldwide Procurement 10 1 1 1 1 5 10Regional Procurement 8 5 5 5 5 5 10Master Scheduler 5 5 5 5 5 5 5Production Control 5 10 10 7 7 7 5Operations 1 10 10 5 5 1 1DAO Quality 5 10 10 5 5 1 1Processing Engineering 1 10 10 5 5 1 1Supplier Quality Eng(Regional) 10 1 1 1 1 5 7Supplier Quality Eng(Global) 1 1 1 1 1 1 10Cost Accounting 5 1 1 10 10 10 1Inventory Control 1 5 5 5 7 10 1Logistics 5 1 1 5 5 5 10
Total: 57 60 60 55 57 56 62Cost per Box $10.07 $7.00 $7.90 $7.54 $7.70 $7.61 $7.00
The “Cost per Box” data has been modified to respect Dell’s data confidentiality.Option 1: EM-managed 3PI Option 2: Integration at DAO work cellsOption 3A: Integration at SLC/hub Option 3B: Integration at Dell-leased
bldg.Option 4: Dell-managed 3PI Option 5: Integrated chassis from Mexico
PROS vs CONS Least impact for Ops & PE Dell does not own inventory during MB-chassis integration at 3PI
Most expensive option WWP and Regional Procure. have more intense EM and 3PI mgmt./coordination Most difficult option for SQE
Less complex for WWPSQE mgmt. is reduced L5 and L6 parts are ordered and tracked independently clear-cut Cost Accounting Easiest option for Logistics
Long ramp time of new builders Difficult for PC to run deviations of both L5 and L6 in one process simultaneouslyDAO Quality concern from an L5-L6 hybrid mfg. model
Less complex for WWP SQE mgmt. is reduced
Most complex for Cost Accounting Extra PC and IC headcounts required
Less complex for WWP SQE mgmt. is reduced
Most complex for Cost Accounting and IC Extra PC and IC headcounts required Requires additional lease commitment
Easiest option for Ops & PE DAO Quality expected to improve as Dell directly manages 3PI
Most complex for Cost Accounting and IC – difficult to manage Parts Cost at a Dell-managed 3PI
Lowest possible cost compared to China L6 Overall easiest option for Dell
Requires Regional Procure. to manage L6 out of EM facilities from regions overseas. Increased SQE mgmt. Multi-regional logistics coordination is a concern.
Q1: Why does L5 incur higher manufacturing and logistics costs than L6? What are some of the costs that are incurred in L5 but not in L6? Are there any costs that apply to only L6 but not L5?
Q2: Which of the six proposed manufacturing solutions should Dell implement, based on the survey result? Why? What are the pros and cons of this recommendation? Option 3A (Offline Integration at the SLC)
AdvantagesThe Capital expenditure will be low with no Impact in the existing process
Less Complex for Worldwide ProcurementSupplier quality engineering management is reduced
DisadvantagesMost Complex for Cost AccountingRequires extra Production control & Inventory control
headcounts
Case Questions
Q3: How easily sustainable is the recommendation for Q2 if the chipset supply shortage further deteriorates?
It would be sustainable up to some point. Dell having its own factory can control the 3PI. Lead time the integration will take place only after 5th week.
Q4: How good is the methodology employed by the BPI team to determine the optimal manufacturing option for Dell? Are there more effective approaches?
Methodology of BPI team was excellent. Conducting a survey and involving all the departments shows how the Supply Chain works.
Survey was sent to the experts in each area and also involved the day to day business process. It would be the best source of information.
Some other effective approaches can be Push & Pull strategy Geographical Location of suppliers
Q5: How can Dell effectively address the root causes contributing to the increase of L5 manufacturing? By providing motherboards in a timely fashion to CMs Making sure that Chipset suppliers don’t have multiple suppliers
and also have always safety stock.
Trying to reduce lead time Decreasing Quality/engineering issues Forecast correctly to evade demand fluctuations Design a way to plan demand in a better way when a new product
comes up in the market