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Shanzhai 1
Shanzhai in and out of China: Lessons for Manufacturers from Small States
Nigel Williams1, Ke Rong,2 Tom Ridgman and Y. Shi1 Business Systems Department, Business School, University of Bedfordshire, 2Doctoral
Researcher, Institute for Manufacturing, University of Cambridge
Shanzhai 2
Abstract
Indigenous consumer goods manufacturing SMEs from small developing countries or small
states face significant challenges: limited home markets, restricted access to finance and little
indigenous technological development. Existing prescriptions for improving performance of
individual firms are of limited value in the short or medium term as they require a level of
institutional support that is not available in small states. For these organizations, building and
managing international relationships is necessary in order to access complementary resources
and capabilities to match the innovation, quality or performance of better funded foreign rivals.
However, little research to date has examined how SMEs build or leverage manufacturing
networks.
This work seeks to provide useful guidance to small state firms by examination of successful
emerging market SMEs using an international manufacturing network perspective. One such
grouping are the” Shanzhai” firms based in the Shenzen Region of China. With origins in the
watch making industry, these firms have successfully utilized networks to design and produce in-
creasingly complex technological consumer products. In this paper, the characteristics of these
organizations are reviewed to create a framework for managing international manufacturing net-
works by SMEs. Using case studies of exporters from Trinidad and Tobago, a small state in the
Caribbean, the framework is then used to analyze their operations and suggest areas for improve-
ment.
INTRODUCTION
Over time, manufacturing has evolved from factory production to connected networks of
industrial activity(Michael, 2004). Firms therefore need to adopt a position in these structures
that enables them to access the knowledge and materials necessary to serve
customers(Brookfield & Ren-Jye, 2005). This is a challenge for firms from small developing
countries or small states. Characterized by a narrow resource base, (relatively) weak institutions
and a high degree of openness (Easterly & Kraay, 2000), they are a relatively recent phenomenon
and have emerged as a result of historical processes: Decolonization and De-federation (Henrikson,
1999). In Decolonization, former colonial territories were given up by their former owners and
became independent states. In De-federation, clusters of geographically close territories were
broken into individual countries. For organizations from these states, internationalization is an
imperative rather than a choice due to the small home market. The governments of these states
have expended significant effort in order to build international firms utilizing a variety of policy
instruments (Downes, 2004). These initiatives, however have been based on a limited
understanding of the internationalization process of firms from these particular resource
environments and results have been mixed. As a highly fragmented and heterogeneous region,
the Caribbean is an appropriate location for examining the activities of firms from small
developing countries.
Despite their relatively small size, the islands attract a disproportionate level of attention due, in
part, to their role in world historical events (Sahay, Robinson, & Cashin, 2006). As former
colonies, Caribbean islands have long been integrated in the world economy, importing labour
and exporting commodities to Europe and later, the United States (Demas, 1978). With a
combined population of 37 million people (Secretariat, 2007), it contains countries that are
highly heterogeneous, varying in size and income. Like many other colonies in Africa and Asia,
the nations of the Caribbean became independent in the 1960s and 70s(Payne & Sutton, 2001).
Unlike their larger counterparts, however, the Caribbean faces particular constraints:
1) Externally driven economies.
Over its history, Caribbean nations have relied on exports. During the colonial period, they
exported commodities such as sugar for processing at the colonial centre. Post independence,
economic structures have reconfigured to incorporate services such as tourism and semi finished
goods such as petrochemicals. However, they are still heavily export dependent. Due to their
export dependence, external events impact significantly on local conditions. Changes in
commodity prices vary domestic incomes significantly. In some countries, production of key
export commodities are dominated by large multinationals whose decisions may dictate
economic performance (Pantin, Sandiford, & Henry, 2002).
2) Higher per capita income than many developing countries,
Partially due to their long history of exports, most Caribbean countries can be classified as
middle income developing countries. This factor makes them inherently unattractive for
industries that rely on low cost labour. Intervention by the state is required to make production of
these items possible.
3) Dependence on preferential access Schemes
A significant proportion of Caribbean exports rely on trade agreements for access to markets. For
example, the region’s agricultural commodities such as Sugar and Bananas are sold under long
term arrangements with Europe at a higher price than those produced by rivals. Since the region
has not developed markets independently for these products, any change in agreements can
adversely affect domestic economies.
The heavy dependence on a narrow range of exports and preferential trade agreements has been
of great concern to Caribbean states. Their openness results in a higher level of exposure to the
demands of international competition without many of the tools available to their larger
counterparts. These countries have attempted to compensate for these circumstances, and
Caribbean leaders since the 1950’s have employed state resources in their quest for development
(Klak, 1995). Primarily through application of industrial policy, Caribbean states have attempted
to diversify their economies to produce a wider range of items and generate employment.
However, the small and fragmented nature of Caribbean markets means that output from these
industries needed to be directed towards international markets for any success (Farrell, 1980).
While development theory outlines the paths firms from small states may take to become more
competitive (Vonortas, 2002), it provides little guidance on how to do so. Manufacturing strategy
research indicates the performance standards and practices that a firm should adopt to become
more competitive(Barnes, Bessant, Dunne, & Morris, 2001), but face limited applicability in the
resource constrained environment of small states. This paper seeks to provide an alternative to
the technology commercialization focus of policy prescriptions(Borras, 2009) by comparing
manufacturing development in a Caribbean country (Trinidad and Tobago) to an emerging
market region that has experienced consistent systematic upgrading (Shenzen). First, existing
theoretical perspectives on production networks and manufacturing strategy are reviewed. Next
comparative case studies are conducted that compare origins, characteristics and capabilities of
TT and Shenzen firms. The results are analyzed to provide recommendations for both firm
management and policymakers in small states.
LITERATURE REVIEW
While globally distributed production systems have existed since the 1600’s (Wallerstein, 2000),
only recently has academic research emerged to analyze and describe how firms operate in
global production systems. The development oriented Commodity chain concept (Taylor, 1988)
was the first such attempt, which viewed production as a set of interlinked, internationally
distributed activities to convert raw materials to finished goods. Country economic development
was modeled as movement within these structures which was a radical departure from the
dominant paradigm at the time of national development based on inter country trade.
Later work in Global commodity chains (GCC) extended this concept to examine the complete
set of actors and their interactions involved in the production of a given product or service
(Leslie & Reimer, 1999). GCC widened the scope of research from the geographic scope of
production activities to incorporate transformation processes, governance structures and the
institutional contexts in which activities are performed(Gereffi, 1999). These dimensions were
used to classify GCCs as Producer Driven or Buyer Driven. Producer Driven chains are ones in
which capital intensive manufacturers own or control multiple levels of a hieratically organized
production system. Buyer Driven chains are less structured networks of suppliers and retailers
who create items under a single brand or label(Gereffi, 2001). The issue of governance in these
structures have been further refined in the Global Value Chain research network (see
www.globalvaluechain.org). to incorporate dimensions of transaction complexity,
communication processes and supplier capabilities(Gereffi, Humphrey, & Sturgeon, 2005). The
outcome is a typology of GVS as shown in Figure 1 that range from market ( price driven,
simple transactions, capable supply base) to hierarchy (value driven, complex transactions from
weak supply base) .
Figure 1: Governance Structures in Global Value Chains
Source: Gereffi et al 2005
Upgrading in Value Chains
As mentioned in the previous section, value chain research attempts to find solutions for country
development. This is achieved by upgrading the position of firms within global value chains.
Four options (Figure 2) have been identified in previous research(Bair & Gereffi, 2003; Tewari,
2006):
1) Increasing the range of functions ( Intra Chain or functional upgrading)
2) Product Upgrading (Improving the quality or functions of products)
3) Process Upgrading (Reducing costs or increasing quality of domestic production pro-
cesses)
4) Inter Chain upgrading (moving from one industry to another)
Figure 2: Upgrading in Global Value Chains
.
GCC/GVC research offers little guidance on how this upgrading is to be accomplished. Work
has pointed to improvement of “capabilities”(Gereffi, 2005) but with little detail as to how these
capabilities would be built. However, a body of knowledge exists in the manufacturing literature
on the means by which firms define and change the role of manufacturing over time.
Internal (Factory) Upgrading
The strategic role of the manufacturing function was first highlighted in the late 1960’s(Skinner,
1969) as a means to build competitive advantage in organizations. Further development of this
Internal External
Process
Product Inter Chain
Intra Chain
Upgrading options
Options f
idea attempted to change the role of manufacturing from passive to active (Wheelwright, 1984).
More recently, researchers have highlighted the need for aligning manufacturing capabilities
with market requirements (Hill & Westbrook, 1997). These concepts have been linked into 3
paradigms of manufacturing strategy (C Voss, 1995): Competing, Strategic Choices and Best
Practice.
1. Competing School
The competing school examines the capabilities that a firm should have or develop in order to
meet organizational objectives (Wheel Wright, 1984). Examples of this approach are Hill’s
framework(Hill & Westbrook, 1997) and manufacturing audits (Platts & Gregory, 1990).
2. Strategic Choice
The strategic choices paradigm adopts a holistic approach(Ward, Bickford, & Leong, 1996) to
manufacturing, examining the need for internal and external coherence in manufacturing
strategy (Kim & Lee, 1993).
3. Best Practice Approaches
Best practice approaches focus on the adoption of particular operational frameworks such as
Lean Manufacturing that enable superior performance in firms.
The various paradigms are compared below:
Table 1: Manufacturing Strategy ParadigmsCompeting through Manufacturing
Strategic Choices in Manufacturing
Best Practice
Key Concepts
Order Winners Contingency Approaches World Class Manufacturing
Key Success Factors Internal and external processes
Best Practice
Capability Choice of Process BenchmarkingGeneric Manufacturing Strategies
Process and Infrastructure
TQM
Shared Vision Focus Learning from JapaneseContinuous Improvement
Source: Adapted from Voss 1995
Organizations tend to link these paradigms and they suggest a predefined path for an
organization that seeks to upgrade. A firm that wishes to compete through manufacturing
(process upgrading), would make the appropriate strategic choices and adopt the relevant best
practices. Empirical evidence suggests, however that upgrading is far more difficult in Practice.
GVC research indicates that existing dominant firms retain control of intangible aspects of
production (technology development, marketing) and shift the tangible aspects to low cost
countries(Gereffi, 2001).
The growth of outsourcing and the increasing importance of services in manufacturing (Slack,
Lewis, & Bates, 2004) has increased the complexity of the upgrading process. Globally
distributed manufacturing networks have distinct capabilities based on dispersion and
coordination(Yongjiang Shi & Gregory, 1998) . Strategic targets accessibility is derived from
the geographic dispersion of manufacturing network. This capability enables access to markets,
tangible (materials) and intangible resources (skilled employees, social connections)(Tain-Jy,
Homin, & Ying-hua, 2004). Thriftiness ability is derived from the coordination of an
international production network(Thomas, Ian, Wilkinson, & Johnston, 2002). Manufacturing
mobility refers to the flexibility of a given international network(Y. Shi & Gregory, 2005).
Firms may transfer technology, product lines or management among subsidiaries. Finally,
learning ability can be derived from the network’s access to geographically distributed sources of
knowledge. Based on these capabilities, firms were classified in Table 2:
Table 2: International Manufacturing ConfigurationsDegree of Plant Dispersion
Coordination conditions in international manufacturing network
Multidomestic Orientation:Manufacturing systems are tailored to local conditions
Global Orientation:Manufacturing systems are integrated and coordinated globally
Worldwide Glocalised Manufacturing Configuration:Manufacturing network designed for maximum responsiveness to local conditions
Global-Coordinated Manufacturing Configuration:Worldwide distribution of value added activities with shared product,
technology and operation mechanismMultinational MMC2: Multidomestic Manufacturing
Configuration:Plants are dispersed internationally with little coordination between them
Global-Integrated Manufacturing Configuration:Value added activities are distributed and coordinated globally
Regional Regional Uncoordinated Manufacturing Configuration:Plants are dispersed within one region and serve a single market. There is no coordination between facilities
GMC2: Regional Exporting Manufacturing Configuration:Manufacturing is focused on a region but products can reach a global market
Domestic Does not belong to international manufacturing networks as it has no transnational manufacturing operations
Home Exporting Manufacturing Configuration: Manufacturing is centralized in the home market but possesses a global logistics system
For firms seeking to upgrade within value chains, current research can provide little useful
guidance. Paradigms such as GCC/GVC identify opportunities for upgrading within a given
value chain, but provide little direction to achieve it. Manufacturing strategy research identifies
paths of development for a firm wishing to accomplish internal upgrading while International
manufacturing research describes the capabilities of networked multinational firms. Virtual
manufacturing network research holds some promise for firms from small states,but little is
known of the practices and capabilities of these organizations(Chang, Makatsoris, Richards, &
Shi, 2004). A useful approach may be to examine the practices and capabilities of such
organizations to determine what lessons they may hold for manufacturers from small states.
RESEARCH METHOD
Comparative research in development has generally taken a quantitative perspective examining
the degree and change in sophistication of exports(Hausmann, Hwang, & Rodrik, 2007; S. Lall,
1993). This approach has been criticized as superficial as it is difficult to correlate export
statistics with the capabilities of domestic firms(Barrell & Pain, 1999). While local producers
may be integrated into international manufacturing networks, their role may be in low level
activities only. For manufacturing research, a method that was capable of revealing underlying
processes was necessary. Case studies provide such an opportunity, by enabling the examination
of organizational realities, they provide a framework for building theory in a given context(C.
Voss, Tsikriktsis, & Frohlich, 2002). For this research, a comparative method was used in which
consumer goods manufacturers in two differing regions. The first was Trinidad and Tobago, a
small state in the Caribbean and the second was the Shenzen regional of china. Data was
collected on the network configuration and current practices of firms in both regions using
several tools. For the origins, archival data on the respective sector was collected and analyzed.
The network configuration and current practices were assessed using interviews with
owners/managers and observations of organizations.
FINDINGS: TRINIDAD AND TOBAGO
Located in the Caribbean, Trinidad and Tobago (TT), has a population of 1.3 million and a GDP
per capita of $17000 USD. A former British colony, it began self-government in 1956 and since
then has attempted policy interventions to build a diversified industrial sector. The result has
been mixed with the emergence of a globally competitive energy industry and a regionally
oriented sector, made primarily of import substituting firms. Each policy approach reflected the
prevailing development ideology at the time along with the particular economic circumstances of
energy exporters like TT. From 1956 to 1967, the state acted a promoter, attempting to attract
MNEs to TT. Based on the strategy of Industrialization by Invitation (Lewis, 1950), it was hoped
that these firms would bring technology and access to developed country markets. However,
these firms utilized the incentives offered by the TT government to build regionally oriented
subsidiaries and the intended outcomes were not achieved.
Supported by increasing energy revenue, TT shifted it’s stance from actively courting MNEs to
regulating their activities. From 1967 to 1986, the state became an entrepreneur, investing in a
number of industries. At the same time, a framework of import protection was established and a
number of new manufacturing operations were started. Some of these entrants converted existing
craft operations to mass production while others utilized formal (joint venture) and informal
linkages with foreign MNEs to access technology. A fall in commodity prices in 1982 led to a
deep recession in TT. With the guidance of the IMF, TT began to open its economy, dismantling
its import barriers. From 1988 to 2000, the view of FDI was changed again and the state became
a facilitator, actively marketing TT as an investment destination. Local firms were encouraged to
retool, with government support provided for improving quality, design and production.
Combined with an opening regional market, these improved firms met with success in export
markets. The petrochemical sector began growing and with increases in commodity prices,
caused a rapid growth in GDP. From 2000, with increased funds, the state set about yet again to
transform the economy. A national consultation produced a strategy, Vision 2020 that is intended
to help TT reach developed country status through the creation of knowledge based firms. New
institutions were created that are dedicated to the generation and commercialization of science
based innovations. The impacts of these investments have yet to be seen in TT manufacturing
firms and the total population and growth rate of firms have fallen since 1997.
Table 3- No of TT Manufacturing Firms 1965 to 2010
INDUSTRY (TTSNA) 19651971
19851992
19972002
20062010(Estimate)
Sugar 3 3 3 3 3 0 0 0Food Processors and Drink 30 n/a 225 409 500 435 382 384Textiles, Garments, Footwear and Headwear
15 n/a 101 173 222 178 134 129
Printing, Publishing and Paper Converters 11 n/a 149 216 197 276 279 276Wood and Related Products 9 n/a 328 347 416 336 258 241Chemicals and Non-Metallic Minerals 19 n/a 128 167 199 195 179 181Assembly-type and Related Industries 26 n/a 231 351 421 373 352 357Miscellaneous Manufacturing 5 n/a 110 166 221 178 157 157Total Number of Firms 118 326 1275182
92176197
117411725
Net Growth Rate (Change in number offirms per period)
- 208 949 554 347 -205 -230 -16
Source: CSO Trinidad
Upgrading in TT firms
At present TT manufacturing firms focus on the provision of items for the domestic and
Caribbean regional market and have engaged in process, product and inter chain upgrading over
time. During the import substitution era, using imported technology and under protection of the
state, firms converted from craft to mass production enterprises, or process upgrading, improving
factory structural performance (Flynn, Schroeder, & Flynn, 1999). Later process upgrading was
directly supported by the state and firms invested in automated equipment and quality systems.
The opening of the TT environment enabled access to complementary resources and firms have
used outsourcing increase product variety while simultaneously building service capabilities or
inter chain upgrading (Figure 3).
Figure 3: Upgrading in TT Firms
Due to the fragmented nature of Caribbean demand, firms are required to produce a wide range
of products. For some organizations, this is achieved by outsourcing of component production
with modular design. Others have undertaken additional effort to have cross trained staff along
with flexible production equipment. From an analysis of their operations, organizations currently
have the below capabilities:
Industrialization by Invitation : Low technology assembly of foriegn branded products by MNE SubsidariesDomestic craft operations
State Entreprenurship: Production of import subsitutes by locally owned firmsProcess Upgrading: Adoption of mechanized technologies
State as Facilitator:Regional exports of TT designed and produced goodsProcess Upgrading:
State as ArchitectRegional Exports of TT designed and produced goodsIntra Chain: Use of outsourcing to expand range of functions
1) Product adaptation for regional marketFirms have learned regional tastes through experience and have adapted their offering to match
through several means. In some cases, it is done by customizing the core product such as the
provision of pest proof gas cookers. In others, customization is provided by services, integrating
recycling and warranties to provide a region specific offer that importers cannot easily match.
2) Supply Relationship Management
Aided by the open economy, companies have outsourced significant sections of their product
realization process to foreign suppliers. While all organizations import raw materials, others
import components and entire units. Firms also import intellectual property in the form of
designs.
3) Demand Management
Within the region, organizations maintain close contact with their customer base since deep
customer knowledge forms the basis of their ability to adapt products for regional tastes. As
such, manufacturers prefer to sell directly to retailers within the region, resorting to distributors
as a last resort. One firm, a battery company, has extended it’s services to include reverse
logistics, taking responsibility for the entire life cycle of its product. Figure 4 shows how TT
manufacturing system is configured. Close linkages with regional distributors provide market
information that guides product development. Firms may design products in house, import
licensed designs from MNEs or commission Bespoke designs, generally from foreign providers.
Components or raw material is also imported for final assembly in Trinidad.
Figure 4: TT Manufacturing Configuration
Firms have built relationship based service capabilities that allow them to produce products
adapted for the regional market. In this way, they can extract a premium for their items while
keeping costs and commitments low. However, with a slowing regional economy and increased
pressure from international competitors, manufacturing growth has stagnated. The state’s current
strategy of building technology driven firms may face difficulty as the organizations surveyed
lack the resources for commercialization of science based innovations. To improve local
manufacturing, it is necessary to examine a region from a developing country that has been able
to systematically upgrade without significant investments in research.
FINDINGS: SHENZHEN
Shenzhen area, the core part of PRD (Pearl River Delta) in south of China was become the world
manufacturing centre for many kinds of products like toys, MP3 players, consumer electronics
and mobile phone (Shih et al. 2010). Currently, the Shenzhen manufacturing network composing
of thousands of inter-dependent grass-root SMEs and was also being popularly called Shanzhai
manufacturing network since 2008. Shanzhai originally and literally means “mountain village” in
Chinese, here it introduced Chinese SMEs starting with producing low-cost mobile phone to
rebel against the top mobile companies by quickly adopting the emerging indigenous innovative
ideas and technology and also integrate the local manufacturing network (Zhu & Shi 2010).
However, the Shanzhai phenomenon is not brand-new since it started with China’s open reform
in 1978 by imitating and producing low-cost products including watches, VCD, DVD, MP3
players, TV. They have since grown to incorporate a significant volume of the mobile phone
market and accounted for 25% of MTK shipments in 2009 Beyond scale, it has also been
suggested that Shanzhai mobile phones are constraining the profits of established, branded
manufacturers(Agrawal 2009).
The historical development of Shanzhai Phenomenon, can be divided into three stages:
Embryonic (early 1980s-mid 1990s), Evolutionary (mid 1990s -2005) and Outbreak ( 2005-
Present) (Zhu 2009). In Embryonic stage (Figure 5), as the beginning of China open reform, lack
of technology capability, companies in those areas focused on simple digital product like digital
watch, mini-game machine and telecom switch. Companies relied on their own manufacturing
capability and very rarely interacted with each other while competing in domestic markets only.
In Evolutionary stage, Shenzhen as the first open area in China experienced rapid growth.
Different kinds of digital products including Learning Machine, VCD/DVD, mp3 and mp4 had
emerged with the technology accumulation from the embryonic stage. As the products became
more complicated, the companies began to form manufacturing networks to meet market
demand. They extended the sales not only into underserved rural areas, but also into international
markets.
In outbreak stage, the design of products became highly standardized and modularized as well as
specialized in the appearance. In order to meet those requirements, the manufacturing network in
Shenzhen area became more fragmented while increasing the ease and depth of collaboration.
The region also focused on the production of consumer electronics, with huge shipment like
mobile phone and netbooks. At this stage the Shanzhai name was adopted to describe those
digital products from local companies which are very novel, low price and highly localized,
successfully competing with international firms.
Figure 5: Shanzhai firm Evolution
Fig.1 Shanzhai development stage Source: (Zhu 2009)
Currently, there are estimated ten thousands firms in those manufacturing network including
Industrial and mechanical design, production, assembly and distribution. They maintain strong
links to distribution and retail centres including SEG Plaza, Mingtong Digital and Yuanwang
Digital Mall in Huaqiang North, the centre of Shenzhen city (Shih et al. 2010). Around 200,000
people are working within the Shanzhai manufacturing network.
Configuration Shanzhai mobile phone network
Shanzhai mobile phone network is extremely fragmented in a very high degree but two main
players can be identified:the IC design companies and Shanzhai OEMs. As shown in figure 2,
The IC design company (the dominating player so far was MTK, a Taiwan IC design companies)
provides the turn-key model which is the total solution for typical and popular functions set for
mobile phone chips. The hardware part like baseband chip, RF chip and power management and
software part like operation system and some popular application are also packaged for
downstream players. Shanzhai firms were able to leverage this core with their manufacturing
experience, market knowledge and relationships. As a result, the downstream players focus on
differentiating aspects of products: appearance design, function improvement, production
network, and distribution (Figure 6).
Figure 6: Shenzen Manufacturing Network
Regarding to the another key role of Shanzhai network, Shan-zhai OEMs in Fig.2 coordinate the
whole manufacturing network’s cooperation and achieve rapid market responses including IC
design, ID&MD( Industrial design and Mechanical design), Casing, distributors as well as EMS
company.
Table 4: Shanzhai network players list
Players Full name BusinessMTK MediaTek Provide turnkey model as chips total solutionIDH Independent design house System design based on MTK’s turnkey model including
hardware and software part.ID&MD Industrial design and
Mechanical designFocusing on appearance design and inside mechanical design
Casing Casing model company Providing the handset shell and partEMS Electronic Manufacturing
serviceAssembly and manufacturing
Shanzhai OEM
Shanzhai Original equipment manufacturer
Coordinate all the partners inside Shanzhai network
Franchising Market distribution channel The distribution channel into 4th,5th tier market like rural area
Three Shanzhai mobile phone projects to demonstrate Shanzhai phenomenon
characteristics
So far, Shanzhai mobile phones were divided into three categories: firstly, making cell phones
novel and creative in terms of appearance and unique functions to meet specific area; secondly,
imitating the design and the function of brand cell phones with much lower price; the third one is
to paste some fashionable logo on the handset. With the unique interface and unbelievable low
price, Shanzhai mobiles were very popular and renewed with significant functions in a very
quick step. More and more market feedback was passed to MTK. MTK began to adopt the useful
information and decided to co-evolve with local players.
Three typical mobile phone projects have been studied by in-depth case study during 2008-2009
in Shenzhen area in order to demonstrate the distinguish characteristics of Shanzhai
manufacturing network.
Case 1: the pure innovative product – Belt light Mobile
This mobile was named Belt-light Mobile, which meant the lights around the frame of handset
would be shining one by one like the horse running. This kind of design was very popular in the
2008. No brand companies have designed it yet. Furthermore, in order to meet the farmers’
requirement in the remote area like rural place, this mobile phone also had 6 speakers to make it
enough volume when it got ring. Because when farmers were working, they usually place the
mobile phone far away and they need such mobile phone with strong stereo to remind him there
was a call. For the 2008 olympics game, Shanzhai OEM also made this kind of mobile phone
with big screen like 2.8 inches and TV broadcast function.
Fig.7 Belt light Mobile phone source:(Shanzhaiji website 2008)
Case 2: the imitating one: Nokic phone
Case 1 was the most representative product for Shanzhai mobile phone, which is very innovative
reflecting the local requirements with low price. However, in order to meet the requirement of
owning brand mobile phone. Shanzhai OEM also produced the imitating one as Fig.8 with 7
changes according to the Chinese regulation to protect IP in some degree. However with
innovative teamwork, the project we interviewed was just hugely copying the NOKIA E71.
Fig.8 Shanzhai Nokia Source: interview
Seen from the Fig.7 we got from the ID&MD company serving for this project, the manager told
us it was very easy to imitate brand mobile phone if they saw the original picture. In this project,
they changed name Nokia to Nokic, slightly changed the chamfer angle of four side of handset
shell, the thickness of handset, the central button of keyboard and so on. Besides industrial
design for appearance, the mechanical design should adapt with chips board size and other
peripherals like camera, stereos, microphone. However, mechanical design was very flexible as it
was un-visualized for customers. The price of this mobile was a little higher than that in Case 1,
because it would take more times to imitate the brand mobile phone.
Case 3: the brand copy one: LV phone
The product in Case 3 as Fig.8 was the combination of the original design and some famous
logo. In this project we interviewed, they produced LV phone to meet those fashionable fans.
Besides LV logo, all part of this phone was designed by local ID&MD company. This Shanzhai
OEM brought the ideas from local people’s favour on LV brand. Besides this, we also found
there were also some similar designs in the market. The sales record reminded us people like
those fashionable phone with some famous logo on them. However, this kind of mobile phone
was definitely illegal if sold on the international market due to the unauthorized usage of the LV
brand.
Fig.9 Shanzhai phone with fashionable logo
Cross Cases Comparison
Those three cases already demonstrated the typical three products in the Shanzhai market. Tab.2
compared those three cases in several dimensions including technology, design, popularity,
casing, price and mainstream. In technology side, they use similar technology like MTK chips,
those kinds of IDH system design. Specifically in ID&MD level, Case 1 used original design
similar to Case 3, while Case 2 was imitating the brand mobile phone. So in that way, the casing
model process was slightly complicated and lead-time was slightly longer for Case 2. The
product in Case 2 was most popular than the other two cases. Regarding to IP issues, products in
Case 1 was exporting many to international market, followed by Case 2, and Case 3. Case 2
product was of highest price comparing with other two, because its design and longer lead-time.
Tab.5 Cross cases comparisonCase 1 Case 2 Case 3
Technology Hardware: MTKSoftware: IDHDesign: local
Hardware: MTKSoftware: IDHDesign: local
Hardware: MTKSoftware: IDHDesign: local
ID+MD Original design by embedding local factors
Copying with seven place different
Original design with famous logo
Casing Easy High requirement EasyPopularity Normally, popular in
occasionsVery popular Popular
distribution Expansion to 5th tier market, rural area and big international export
Expansion to 5th tier market, rural area and some international export
Expansion to 5th tier market, rural area
Price(GBP) 30-40 50-60 40-50Lead time Normally Slightly longer NormallyMainstream
Yes Less Not at all
The above examples provide an overview of Shanzhai manufacturing characteristics:
Market Driven Design bottom-up idea emerged within local market, Shanzhai OEM put many
new functions and ideas into the final design like: six stereo, big screen, TV, double SIM cards
and so on.
Flexible and visual collaboration- all the players in the Shanzhai network was coordinated by
Shanzhai OEMs, who make the information transparent and easy to share through the supply
chain’s channel.
Fast decision marking- Shanzhai OEMs make the mobile phone updating in very short term
about three months. So they began to make the decision as fast as possible in order to capture
with local market information change.
Transaction in currency- in order to shorten the very process, Shanzhai network like to use
currency to do transaction.
Low-cost business model- they lead the good-enough idea but also make the mobile phone
diversity. Their strategy was to start with low-level product but approach the high level product
like brand mobile phone companies.
As well as some weak points:
Some IP issues- there are still some mobile phone imitating the brand mobile phone and also use
the brand logo as well.
Some quality control side- Testing process was normally shortened by the Shanzhai mobile
which let the mobile phone not very reliable. However, Shanzhai phone was proposed to meet
the people with low level live condition at bottom of pyramids (Prahalad & Hart 1999).
Shanzhai firms are also seeking to build on their advantages by borrowing the tools and tech-
niques of the open source movement(Lakhani & von Hippel, 2003). Firms are adopting the
Google Android software (Eiman, 2009) to power their creations and they are currently develop-
ing an online communication community as an alternative to existing marketplaces for applica-
tions. Firms are also exploring establishing production facilities in other emerging markets, inter-
nationalizing the Shanzhai system.
Manufacturing Systems Compared
TT and Shanzhai firms share a focus on adapting products for fragmented markets and through
factory and network configurations, they produce a high variety of products with short
production runs. Firms also attempt to maintain direct contact with end users as they provide
useful data for new features that enable differentiation from imports. However, while TT firms
are limited to the Caribbean, Shanzhai firms have been able to tap into demand for low cost
products worldwide. This has been accomplished this through a combination of inter chain,
product and process upgrading.
Over time, they have moved from digital watches to DVD players, to mobile phones and tablets,
building positions in entirely new industries. Within the mobile phone industry, they have been
producing successively more complex products as they attempt to meet evolving customer needs.
To do so, they have had to master new technologies and production techniques, or process
upgrading. By contrast, TT firms have largely remained within their industries of origin, making
incremental product and process adjustments. The outcome is dramatic, with a highly localized
production network, Shanzhai firms can design, produce and deliver items rapidly. Table 6
compares a typical production cycle:
Table 6 Operational Practices ComparedShanzhai TT
Activity Time Practice Time TT FirmCore Sys-tem Design
Day 1-3
Normally, IDH will deliver core system design based on MTK solu-tion to Shanzhai OEM’s
Month 1-3 month
Based on product, firm creates concept, licenses design or commissions design from partnerFirm generates designs internally or sends brief to foreign partner.
Detail De-sign
Day 3-10
In the same time, Shanzhai OEM also contact with ID+MD company (industry design and mechanism design), and also this company take the responsibility to make the first model for the new mobile phone. This will takes 10 days
Production Day 11-15
Shanzhai OEM will coordinate ID+MD company, IDH, casing companies and EMS company to fi-nally confirm the production plan. Finally, shanzhai OEM will initiate sufficient production to cover costs (minimum 20000). If sales are good, more items will be comis-sioned
Month 3-9
Select supplier for com-ponents and sub-assem-blies. Schedule and exe-cute internal production
Case and Accessory Production
Day 15-26
Casing supplier builds items and shanzhai OEM also purchase all the accessories of mobile phone and then deliver to EMS company to as-sembly and test.
Assembly Day 27-28
EMS assembly them only takes 1-2 days
Month 9-10
Assemble in Internal Fa-cility
Distribution Day 28
Then distribute to agency in the 4th
tier and 5 tier until rural area.Month 11-12
Distribute in Caribbean Region
Both TT and Shanzhai firms manage virtual production networks with relational governance
structures. Linkages with retailers and distributors guide product development by providing
detailed information on customer requirements. However, domestic supply relationships enable
the disaggregation of production by Shanzhai firms into small segments, allowing them to act as
project driven organizations.
DISCUSSION AND CONCLUSION
It is fitting that an island that was among the first to be involved in global commodity chains
should draw lessons from an even older civilization for building competitive manufacturing
enterprises. In both cases, the state intervened as a means of achieving rapid industrialization but
while the Shanzhai manufacturers have been able to achieve systematic upgrading, producing
items of increasing complexity, TT firms have not. Unlike many developing country firms,
Shanzhai firms occupy a primary role in international commodity chains. This position is
enabled by the availability of a sophisticated domestic supply base, a spillover from China’s
success in attracting electronic industry FDI (Liu & Shu, 2003). This has supported firms
evolution to a project based operation mode as they are able to rely on nearby local firms for
intangibles such as process and product design. Outsourced activities are managed through
actor networks and the community places a premium on data exchange, sharing designs and
techniques. By evolving a distinct community of practice in manufacturing, they have built a
self-renewing capacity for indigenous upgrading.
Overall, Shanzhai firms suggest a development path based on Knowledge (skills, relationships)
rather than property (patents, licenses) based resources(Miller & Shamsie, 1996). Presently, TT,
like many other countries, intends to create knowledge based entrepreneurial organizations in
targeted areas of manufacturing, Biotech, IT and Creative industries. A target for research
spending has been set at 2% of GDP in 2020, based on the current outlay by developed countries,
a tenfold increase on the 2004 figure (Vision2020, 2005). However, developed and developing
countries have adopted different approaches to growing knowledge intensive firms. The former
have implemented support measures for all aspects of the commercialization process: product,
process and organizational innovation (Borras, 2009). By contrast, developing country
policymakers focus only on product innovation (Sanjaya Lall & Teubal, 1998) with support
measures for R&D driven development (Hadjimanolis & Dickson, 2001). Domestic institutional
weaknesses in these countries limit the state’s ability to enforce property rights, a key enabler of
technology based innovation(Freeman, 1995), making success of this strategy doubtful.
A systemic approach that is cognizant of domestic realities is needed and lessons from the
Shanzhai firms may help craft an approach better suited to the Small state environment. A focus
on building a domestic supply base along with stronger linkages between firms can support rapid
product development. Trinidad is also home to a competitive energy cluster and developing inter
sector linkages may aid manufacturing firms’ upgrading. While their appropriation of foreign IP
has caused some concern to competitors, Shanzhai production capabilities support the creation of
unique solutions for low cost markets. Current developments in open source software and
hardware may also soon reduce the need for direct copying, and distinct brands may emerge over
time.
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